ASPA_Product Brochure

No matter what the project,
or how difficult the task,
through the versatility
of our products and the talents
SCAFFOLDING & FORMWORK
of our design engineers,
we believed that there
are no problems that aspa cannot overcome.

About Us
                    ASPA Scaffolding & Formwork Co., Ltd. specializes in the Manufacturing, Sale & Rental of system scaffolding & forms.
The company has always strived to set and maintain the very highest of standard in safety and the supply of the highest quality
formwork and scaffolding components.
Our team consists of Scaffolding and Formwork design Engineers who are experts in their respective fields. Also you can consult
with our expert team of qualified Design Engineers, and let us provide you with drawings, design calculations and a full backup
service for your scaffolding or temporary structures. Quantity lists and Drawing layout will be supplied with complete detailing
of the specific scaffolding or formwork system requirements. Before supplying ASPA equipment our Technical Team will design
the equipment required to construct the project.
             Specific Areas and Expertise:
● Falsework     Facade, Viaduct, Perimeter Scaffold and Temporary Access
● Slab Formwork     Suspended Slab and Beam Soffit
● Wall Formwork     Shearwall, Corewall, Abutment, Single‐sided wall, Double‐sided wall and Circular Tank
● Columns     Square, Rectangle and Circular
● Climbing System     Corewall, Silos and Circular Tank
             Our steps of sale and hiring process:
● Project Design     We will discuss with you your requirements and if possible make any suggestions to lower your costs
● Quota on     We will offer you a written quote detailing all of the job requirements
● Delivery     Our experienced staff will deliver the scaffolding to  your preferred location
● Erection     Our staff will professionally install the scaffolding to meet all Occupational Health & Safety standards
● Dismantle     Upon finishing your job our staff will come to  your site, carefully dismantle all scaffolding from the premises
             Cost Effectiveness

                   We aim to provide cost effective solutions, taking into consideration all aspects of your projects requirements including
logistics. Our design portfolio covers a diverse range of products which have varying functions and differing methods and processes
used to manufacture the product.
             Health & Safety
                    Due to the precarious nature of the construction industry health and safety has emerged as the most important factor
when undertaking a project. ASPA can assist in ensuring that you are fully compliant with health and safety requirements on
scaffolding and formworks from the initial project enquiry to project handover.
COMPANY INTRODUCTION

Services
                    ASPA System supplier of both scaffolding and formwork. We specialized to design in all types of scaffolding and
formwork system and offer a complete package including supervision, installation and dismantle of materials.
We do design and plan the best possible formwork to suit your specific project and budget requirements. Our specialized staff
will come to your site to give you a free measure and quote.
Ensuring all workmanship is of a high standard and projects are completed in a timely manner with constant on‐site supervision,
you will be assured the team at Aspa Scaffolding and Formwork System will do everything possible to ensure your building
experience is a pleasurable one.
             Our Aim
                    Our aim is to ensure you get your project built on time, on budget without risk. Always feel confident and secure that
your business is our number one priority.
             Our Mission
                    Our mission is to work closely with our client, architect or designer to get a clear understanding of their needs and
intended outcome. In dealing with us, you have the benefit of dealing with an experienced, professional, and motivated team
who’s committed to attention to detail, working to a budget, a timeline and keeping a clean site. These are just some of
the key elements ensured on all our projects.
             Quality Control
                    During construction, our site supervisor place special emphasis on installation during the lay‐out and stripping as well.
             Our Vision
                    ASPA is committed to placing clients' interests first with uncompromised integrity, transparent cost reporting, and
exceptional service. When completing a project, whether a high‐rise tower or a small interior renovation, ASPA provides
the finest quality in construction results with the most cost effective use of every construction
             Construction Management
                    While ASPA performs work both as a Construction Manager and as a General Contractor, we are clearly more comfortable
acting as client advocate and welcome the opportunity to discuss the positives and negatives of both contracting methods,
particularly with respect to a specific project and its unique requirements.
PEACE OF MIND

Why Aspa Scaffolding and Formwork?
Faster
● Superior system technology
● Shorter assembly time
● Shorter dismantling time
● Lower labour costs
Stronger
● Verified high load bearing capacity
● simple connection on each node
● significantly less weight than other systems
● Lower transport costs
Safer
● For General construction
● Consistent quality
● ISO 9001 certified
● Stable structure from base out
More profitable
● Components can be used for propping or general scaffolding
● Increase available uses for your equipment
● Give clients a wider range of services
● Greater revenue
Save Time………... Save Money…………
CUSTOMER SATISFACTION

1.0 SYSTEM SCAFFOLD Pages
1.1 Kwikstage Scaffolding 6‐12
1.2 Ringlock Scaffolding 13‐21
1.3 Cuplock Scaffolding 22‐27
1.4 Frame Scaffolding 28‐33
1.5 Tube & Fitting System 34‐38
2.0 FORMWORK SYSTEM
2.1 KwikDek Formwork 39‐45
2.2 CupDek Formwork 46‐52
2.3 RingFlex Formwork 53‐55
2.4 FrameFlex Formwork 56‐57
2.5 Table Formwork 58‐61
2.6 Column Formwork 62‐65
2.7 Wall Formwork 66‐71
2.8 Climbing System 72‐75
2.9 Spare Parts 76‐77
CATALOGUE Contents

KWIKSTAGE ACCESS SCAFFOLD SYSTEM

Kwikstage is used as industrial scaffolding systems and high strength systems. Kwikstage scaffolding is used as
industrial scaffolding systems and high strength systems. They can be used by bricklayers or any trade requiring a heavy duty
type of scaffold, especially construction and formwork.
Heavy blocks of concrete used in formwork techniques are extremely dangerous if left  to set in inadequate formwork structures
and not  handled properly. Kwikstage scaffolding is dependable as a strong type of access scaffolding which is tested by engineers
before being sold. It complies with strict health and safety laws.
Kwikstage scaffolding
                    Is a type of scaffolding used in construction and formwork and is extremely
popular due to its reliability and easy construction and stripping abilities.
                    The industrial scaffolding systems used are modular and have a wedge for
all access scaffold needs. The wedge enables erecting and dismantling to be simple
and fast whilst still eradicating the risk of having loose parts.
The scaffold stays in place without movement, and has dependable vertical alignment.
Staircase tower
                  Kwikstage stair tower it can be erected easily for vertical
construction site and public transport with the use of standard
Kwikstage components together with specially designed staircase
arms, which are located so as to enable fast and simple access to
every operation level. This larger configuration can be build to a
height of 50 meter subject to ties and loadings.
                   The plan module is 4.4 meter long overall, incorporating
a centre bay of 1.8 meter and two 1.3 m landing modules at either
end. This allow the use of 1.3 meter Omega transom is conjunction
with timber or steel planks to form the landing platform.
Ladders
The access ladders are constructed of solid steel flat bars with
round bar rungs. They are joined together and clamped to the
kwikstage scaffold to reach the required height.
KWIKSTAGE Introduction

Speed & Time Saving
                    The speed and time saving qualities of the Kwikstage scaffolding make it a useful
aid to field of construction. To assemble the Kwikstage scaffolding system is simple and
requires less men to do the job than other types of scaffolding.
Assembling the Kwikstage is not only simple ‐ time saved by the easy construction of the
system also cuts back on labour time and saves costs.
Simplicity & Safety Application:
The "V" pressed  allows up to 4 horizontal and 4 brackets to be secured to a single
pressing at one level by simply hammering the captive wedge lock pin into rigid place.
Individual components of the Kwikstage system and its accessories are designed to
enable a safe way of erection in all applications.
Safety of workers working on the scaffolding with any application is the most important
factor which is guaranteed in the long term by the firm.
Benefits
                    Faster to erect than traditional scaffold system up to 4 components secured in
one action, Unique node point, no loose components, Heavy‐duty access up to 4.0 kN/m²
platform loading, accepts scaffold board or deking platforms.
Flexibility
                    Uneven territory and ground is not an issue when industrial scaffolding systems
such as Kwikstage scaffolding are used as it is flexible in terms of where it can be positioned.
This makes Kwikstage useful not only in construction but also for use of film sets for special
events and many other areas where scaffolding is required.
Kwikstage is designed multi‐purpose
Variability modular system with the main emphasis
                    Kwikstage is very adoptable to various on construction of shoring floors centre
application. A wide range of components enable its and centres bays.
use for all known structures, which can be built from                    Sophisticated details of the
scaffolding.                      system enable ensuring quality and safe
In any case, basic components are fully used and only shoring of each concrete or pre‐fabricated
few additional elements are used due to adoptation structure.
to the situation on the construction site. Kwikstage is has no problem with angular
and arch bridges as well as bridges in
directional and height arch.
KWIKSTAGE Advantages

Standard with Spigot Transom
Clusters of four V‐pressings at 90° welded at 495mm centres It is either made of 50x50x5mm back‐to‐back angle
along the length of the standard. bar, T‐shaped steel profile or rolled Hypress section
with the same fixing device on each end as the ledger.
Weight (kg)
4.0m Standard with spigot 23.98 Length Weight (kg)
3.0m Standard with spigot 17.64 0.5m Transom 5.69
Standard without Spigot
Weight (kg)
4.0m Standard without spigot 23.33
1.5m Standard without spigot 8.51 Stage Board Bracket
To extend the scaffold by cantilevering for an
Ledger Banana type additional 1, 2 & 3 board.
It is made from scaffold tube 48.8x3.2mm thickness tube Weight (kg)
with wedge 'Banana Type' fixing at each end which fits in 1 Stage Board Bracket 2.67
the locating lugs on the vertical standard. 2 Stage Board Bracket 6.62
3 Stage Board Bracket 12.71
Weight (kg)
0.7m Banana Ledger 3.45
KWIKSTAGE Components
Length
Length
Length
Length

Diagonal Brace Ladder Access Transom/Putlog
Braces are manufactured from 3.2mm tube with a swivel Ladder access transoms provide an opening in a
wedge device at both ends, to fit on the standard. ladder access kwikstage scaffolding tower.
Weight (kg) Weight (kg)
762x1485mm Diagonal Brace, 1769mm 5.68 1.2m Ladder Access Transom 7.96
2438x1980mm Diagonal Brace, 3241mm 9.42
2438x2475mm Diagonal Brace, 3574mm 10.26
Loading Bay Transom
The Transom wedge connects to 2 "V" pressings on
Tie Bar the standard, the top chord is an inverted "T" section
providing seating for the decking.
Are manufactured from steel angle, they secure the
decking on the Stage Bracket, avoiding spreading. Weight (kg)
Curved Stage Bracket, avoiding spreading. Curved lugs
at each end are located in holes in the 2 & 3 Board. 2.4m Loading Bay Transom 37.0
Length Weight (kg)
1.2m Tie Bar 2.98
1.8m Tie Bar 3.84
2.4m Tie Bar 5.38
Wall Tie
Toe Board Bracket Secure and tie scaffolding to wall ties by means of
"S" hook connections.
Toe Board Bracket hold 1 or 2 toeboards in position
and are fastened with wedges to the standard along Length Weight (kg)
the length of the scaffolding. 0.2m Wall Tie 0.81
0.4m Wall Tie 1.52
Weight (kg) 0.6m Wall Tie 2.24
0.8
Length Length
Length

End Tow Board Bracket Ladder Beams
Are located in the "V" pressing at the end of the scaffolding Designed to provide a clear span between scaffolds,
wedge device at both ends, to fit on the standard. ladder beams are 305 mm deep with 305 from centre
providing toeboard support to the corners. to centre rungs and are fabricated in 48.3x4mm THK
high tensile steel tube. Fully saddle welded at every
joint, they provide a strong yet convenient support
Weight (kg) system that readily integrates with existing scaffolding
1.3 using standard fittings clamps.
Weight (kg)
Steel Ladder 3.353m Ladder Beam 25.58
4.877m Ladder Beam 45.83
The ladder are made to high standards which include 6.400m Ladder Beam 65.74
notched ends to maintain maximum strength.
Can be manufactured in Aluminum and Steel.
Base Jack
Weight (kg)
6.0m Steel Ladder 52.30 It used to level the standard
4.5m Steel Ladder 38.12 on uneven grounds.
3.0m Steel Ladder 24.88
1.5m Steel Ladder 12.15
Weight (kg)
3.7
Steel Ladder Bracket
Is used to secure the ladder are plumb and vertical
to the scaffolding.
Weight (kg)
3.3
Length
Length

Closed‐end Steel Planks Scaffold Net
Made of 1.8mm thickness steel sheet by 230mm wide. The steel Used to secured perimeter fence for safety.
planks spans between the transoms giving a non‐slip level surface.
Length Width
Weight (kg) 50m x 2m
2.4m Closed‐end Steel Planks 16.31 50m x 3m
1.8m Closed‐end Steel Planks 12.23
Stillages
For Storing Scaffolding components made from
LVL Scaffold Board scaffolding tube.
Are made of 38mm in THK by 225mm in width by desired length in mm.
Water Proof Paints on both ends and treated with chemical flame retardant.
WBP (Phenolic Formaldehyde Resin Glue)
Weight (kg)
Weight (kg) 33
4.0m LVL Scaffolding Board 18.80
Length
Length

RINGLOCK ACCESS SCAFFOLD SYSTEM

Ringlock is world's most widely use scaffold system. It is a fully galvanized multi‐purpose steel scaffold system
suitable for providing general access and supporting vertical loads.
The comprehensive range of Ringlock main components allows it to be used to create a wide range of access and support
structures, staircase towers, circular scaffold, loading towers and mobile towers.  Its rigid node joint reduces the need of bracing
giving clear uninterupted working platform, which can be formed using traditional scaffold boards or batten.
                    Ringlock is used for all forms of access and support structures in the building, aviation, events, construction industries,
ship building, industrial maintenance, offshore construction.
Versatility
                   It can be erected for straight, curved or
circular configuration for both access and support,
and also for independent and mobile towers.
Durability
                    There are no loose components on the
Ringlock scaffold  system that can be lost or requires
maintenance.
Tensile Strength
                   Both vertical standard and horizontal ledger
are manufactured from 1.9" outside diameter by
gauge 10 high strength steel tubing with a minimum
yield strength of 50,000 lbs/in² and a min. ultimate
tensile strength of 75,000 lbs/in².
Easily Stored
Individual pipe elements can be packed in bundles
for easy storage and transportation.
Multi Functional
                    With the universal joint and fully interchangeable components, the ring system can be used in most construction
projects (Civil & Building) for both falsework and access. Also concert staging and Aviation industry
                    Ringlock scaffolding can be designed, engineered, and manufactured to fit any type of aircraft and multiple types of
aircrafts as well.  We provide high quality, yet relatively low cost aircraft docking systems. This will result in a safe and efficient
work structure that will be cost effective.
The ability of our Technical team to generate accurate CAD design drawings for our clients, ensures safe, fast & efficient erection
times, which are often demanded by the aviation industry.
                    All components are hot‐dipped galvanized finish with minimum zinc coating of 60 microns and manufactured
to international standard.
RINGLOCK Introduction

Safe
All components are individually checked and marked with QC passed band.
Safety
Standard are assembled with ledger and brace using secure fixed wedge.
Economical
Easily assembled system scaffold save time and labor cost.
Strong
All scaffold tube elements are made of high strength steel of Q345.
The wedge is simply slid over the Rosette Ring.
ASPA Enigneering Experienced
Provides structural design drawings at tender stage up to full site
assembly details together with design calculations sheets as required.
The wedge is inserted into one of the recesses.
A hammer blow on the wedge transform the
positive connection into a non‐positive one.
RINGLOCK Safety

Standard with spigot Staircase
The standards have Rosette Ring at 0.50m centres to enable The staircase system incorporates Ringlock standard
ledgers to be attached where required. Standard are available products. The stair stringers are manufactured to
in hot‐dip galvanized steel tubing 48.3x3.2 mm THK. specification dependent on the height and pitch
required.
Weight (kg)
3.2
5.6
7.9
10.3
12.3
14.7
19.2
Standard without spigot
Weight (kg)
2.6
4.7
6.9
9.1
11.8
13.8
18.2
Base Collar 240 The system’s safety features include:
The collar is inserted into the base jack to join standard. • Guard rails and hand rails
• Non‐slip non‐tilt hook on boards
• Toe boards can be attached when required
• Extra wide stair treads to allow for passing of
Weight kg personnel
1.6 • The Scaffold allows for additional loading on the
heavy duty staircase and platforms.
Length
0.5m without Spigot
4.0m without Spigot
1.5m without Spigot
2.0m without Spigot
2.5m without Spigot
3.0m without Spigot
1.0m without Spigot
4.0m with Spigot
3.0m with Spigot
2.5m with Spigot
1.0m with Spigot
2.0m with Spigot
1.5m with Spigot
Length
0.5m with Spigot
RINGLOCK Components

Ledger U‐Ledger
This allows quick, safe and easy hooking‐in and locking Weight (kg)
to the connecting rosette ring of the vertical post. 2.2
2.4
3.3
Weight (kg)
1.7
1.9 Ledger with Reinforcement
2.4
2.6 Weight (kg)
3.2 5.9
4.0 Is used to level the scaffold. 7.6
4.1 Weight 3.7 kg
4.2
4.5
5.4 Bridging Ledger
5.5 Weight (kg)
5.9 3.7 Weight (kg)
6.0 9.7
7.6 12.8
7.9 15.9
9.7 19.7
9.8
11.1
11.5
15.2 U‐Bridging Ledger
U‐Ledger for Deck Configuration Weight (kg)
9.5
12.2
15.3
17.8
4 x 0.32m or 2 x 0.61m
3 x 0.32m or 1 x 0.61m + 1 x 0.32m
2 x 0.32m or 1 x 0.61m
2 x 0.19m
2.57m Bridging Ledger
3.07m U‐Bridging Ledger
1.40m Reinforcement Ledger
9 x 0.32m
7 x 0.32m + 1 x 0.19
Adjustable base jack
Length
0.50m U‐Ledger
0.45m U‐Ledger
Length
1 x 0.32m
Length
1.40m Ledger
1.29m Ledger
Length
0.45m Ledger
Length
0.39m Ledger
0.25m Ledger
1.00m Ledger
0.90m Ledger
0.73m Ledger
0.50m Ledger
3.07m U‐Ledger
2.57m U‐Ledger
2.07m U‐Ledger
1.57m U‐Ledger
6 x 0.32m
4 x 0.32m + 1 x 0.19m
1.09m Ledger
1.04m Ledger
2.50m Ledger
2.07m Ledger
2.00m Ledger
1.57m Ledger
4.14m Ledger
3.07m Ledger
1.40m U‐Ledger
1.09m U‐Ledger
0.45m U‐Ledger
0.50m U‐Ledger
0.73m U‐Ledger
0.73m U‐Ledger
No. of Steel Deck
3.00m Ledger
2.57m Ledger
1.50m Ledger
Length
1.09m Reinforcement Ledger
RINGLOCK Components

Diagonal Brace
Braces are manufactured from 3.2mm tube with a swivel wedge
device at both ends, to fit on the standard.
Weight (kg)
6.9
7.7
7.1
7.6
7.8
8.9
9.6
10.6
14.1
4.3
5.5
4.1
4.9
5.9
5.8
6.4
7.4
7.3
7.5
8.3
8.5
8.9
9.6
9.7
10
10.6
Length, LxH
for 2.57m bay length, 0.50 bay height
for 2.57m bay length, 1.0m bay height
RINGLOCK Components

Diagonal Brace, Metric
Weight (kg)
8.9
10.1
11.3
3.9
4.8
5.8
7.1
7.6
7.8
8.3
8.7
9.5
9.5
9.8
10.4
Side Bracket U‐Side Bracket
Used to extend the scaffold platform by cantilevering Weight (kg)
for an additional decks. 3.5
3.9
Weight (kg) 6.4
2.4 0.79m Side U‐Bracket with 2‐wedge heads 5.1
3.5 1.09m Side U‐Bracket with 2‐wedge heads 12.1
6.8
12.2
Length, LxH
0.73m Side Bracket with spigot
Length
0.28m Side U‐Bracket with spigot
1.09m Side Bracket with wedge heads
0.26m Side Bracket without spigot
0.36m Side Bracket without spigot
Length
RINGLOCK Components

Access Steel Planks, 0.32m wide U‐Access Steel Planks, 0.32m wide
7.1 U‐Access Steel Planks, 1.57m x 0.32m wide 10.0
12.6
16.1
19.0
22.5
U‐Access Steel Planks, 0.19m wide
Weight (kg)
Access Steel Planks, 0.19m wide U‐Access Steel Planks, 0.73m x 0.19m wide 5.2
U‐Access Steel Planks, 1.09m x 0.19m wide 6.4
Weight (kg) U‐Access Steel Planks, 1.40m x 0.19m wide 8.1
12.7
15.5
18.3
U‐Access Deck, 0.61m wide
Weight (kg)
Access Deck, 0.61m wide U‐Access Deck, 0.73m x 0.61m wide 7.3
U‐Access Deck, 1.09m x 0.61m wide 9.8
Weight (kg) U‐Access Deck, 1.57m x 0.61m wide 13.2
Access Deck, 0.73m x 0.61m wide 7.3 U‐Access Deck, 2.07m x 0.61m wide 16.5
Access Deck, 2.07m x 0.61m wide 16.5
Access Steel Planks, 1.40m x 0.19m wide
Length
Length
Length
Length
Length
Length
RINGLOCK Components

Lattice Girder U‐Access Deck with Ladder, 0.61m wide
Are made from standard tube 48.3x3.2 mm THK. To Weight (kg)
span in different bays to give clear access or to U‐Access Deck, 2.57m x 0.61m with ladder 24.0
avoid obstructions. U‐Access Deck, 3.07m x 0.61m with ladder 27.4
Weight (kg)
5.14m Lattice Girder 55.5
U‐Lattice Girder, Steel
Weight (kg) Access Deck with Ladder, 0.61m wide
2.07m U‐Lattice Girder 23.5
2.57m U‐Lattice Girder 29.8 Weight (kg)
3.07m U‐Lattice Girder 35.8 Access Deck, 2.57m x 0.61m with ladder 25.9
4.14m U‐Lattice Girder 44.2 Access Deck, 3.07m x 0.61m with ladder 29.7
U‐Lattice Girder for Deck Configuration
2.07m U‐Lattice Girder
Length
Length
Length
Length
Length
15 x 0.32m and 1 x 0.19m
18 x 0.32m and 1 x 0.19m
9 x 0.32m
12 x 0.32m and 1 x 0.19m
6 x 0.32m
No. of Steel Deck
7 x 0.32m and 1 x 0.19m
RINGLOCK Components

CUPLOCK ACCESS SCAFFOLD SYSTEM

CUPLOCK is a multi purpose steel scaffold for general access and supporting vertical loads. The latest and the best
option available in the global market is cuplock scaffold system. It is the safest system of scaffolding at present, it is proven and
tested. It is made out of high tensile steel tube with special designed forged or casting top cups fabricated at every 0.5m to get
the desired optimum strength and support.
CUPLOCK scaffold system is very versatile way of erection & dismantling. You can erect in whatever structural configuration you
want. The material in this system in single pipes only, so it is very easy to transport, transfer and erect. It requires less space for
storage, no loose items are there which gets misplaced, the locking system here is such designed that no chances of accidents.
                   The life of cuplock scaffold is infinity. We can say it paysback in long. Cuplock is a proven and tested for multi‐purpose
innovative scaffold system which can be used for all access and support structures in the building construction industries, viaduct
offshore, shipbuilding, refinery, facade, bridges etc.
Façade
                    Cuplock is a reliable and safe partner also
on facades of various layout and height shapes.
                     It is facilated by external and internal side brackets,
bracing parts, operation decks with integrated ascents
or ladders, truss beams and anchoring parts with its
circular node points.
Speed of Erection
                   Provides a major savings in erection and
dismantling times thus minimizing on site cost. It can
                    be erected 80% faster than traditional scaffoldings.
When not in use, its modular constructions ensure
minimal space requirements for storage.
                   No wedges‐just a simple locking cup at each
node point on the standards enables connection of
the ends of up to four members in one locking action.
Operational
                    Industrial operation scaffoldings belongs to the most desired applications of the cuplock system world wide. They
proved good in refineries, chemical plants, power stations, steel plants as well as an oil platforms on offshore The system
ensures perfect safety of work. ASPA also delivers complex project and installation works both for one‐off orders and for long
term service contracts.
A wide range of components enables finding an economically optimum solution of all needs  of the customer. A high load
bearing capacity and rigidity of the system, even scaffolding with height exceeding 100 meter are no problem.
CUPLOCK Introduction

Advantages
                    Fast Installation and dismantling result in time and labour
saving, easy installation with no loose components, low maintenance,
quick, fastening of horizontals.
Four horizontals can be fastened at one time with firm clamping
action of top cup making the joint rigid, versatile use in construction,
demolition or maintenance projects for any type of structure,
Lightweight but high loads carrying capacity per vertical axial load
to 57kN and Safety with proven track record.
Durability
                   No loose parts and with corrosion protection easily stored
and maintained. Cuplock designed is highly resistance to damage.
Versatility
                   Cuplock can be erected for straight, curved and circular
configuration for both access and support.
Simplicity & Strength
                   The success of cuplock lies in the node point or fastening
method. Four horizontal can be fastened at onetime making a very
rigid connection.
                    The horizontal bear directly on the verticals and are firmly
clamped by the action of the cup. There are no loose parts to lose.
The rigid node point allows for high horizontal loads experienced
with a 57kN leg load. The locking device is formed  by two  cups, a
fixed lower cup which is welded to the vertical component at
pre‐located intervals and sliding top cup.
                  The forged ledger blade ends of the Cuplock horizontal
components are located into the lower bottom cup,  the top  cup is
moved down and rotated to secure the components are in place
and a  hammer blow the results in a positive rigid connection.
In viaduct construction complete scaffold towers can be
moved horizontally using special trolley and rail, then simply
crane lifted to the next location, saving time and labor costs.
CUPLOCK Advantages

Standard with Spigot Ledger
Are made from a high grade steel tube with 48.8x3.2mm All horizontal ledgers have identical forged blade ends,
wall thickness and identified by a sliding forged top cup with a minimum of projection to avoid damage.
and pressed bottom cups with special fabricated at every
500mm interval to get the desired strength.
Weight (kg)
3.0 meter (9'‐10") 16.8
2.5 meter (8'‐2") 14.1
2.0 meter (6'‐6") 11.4 Weight (kg)
1.5 meter (4'‐11") 8.7 3.05 meter (10') Horizontal 11.76
2.50 meter (8'‐2") Horizontal 9.67
Standard without Spigot 2.44 meter (8') Horizontal 9.45
2.13 meter (7') Horizontal 8.27
Weight (kg) 1.83 meter (6') Horizontal 7.13
3.0 meter (9'‐10") 16.15 1.80 meter (5'‐11") Horizontal 7.02
Connector 0.91 meter (3') Horizontal 3.72
Spigot is inserted into the top to join standard. 0.79 meter (2'‐7") Horizontal 3.18
Weight (kg) Reinforced Ledger
0.65
Weight (kg)
1.80m Reinforced Ledger 10.55
Adjustable base jack 3.05m Reinforced Ledger 17.88
is used to level the scaffold. 4.30m Reinforced Ledger 25.21
Weight (kg)
3.7
Length
Length
Length
Length
CUPLOCK Components

Swivel Brace Hop‐up Bracket
Provides the bay bracing to a cuplock It is designed to increase overall width and extend
scaffold system. Vertical steel tube are working platforms. 1 board is made from 48.8mm
made of 48.3x2.5 mm THK and has tube with a ledger blade and plate at one end.
a swivelling end blade to allow for easy 2 & 3 boards are made up of horizontal, support
location in the point node. brace and vertical post.
Weight (kg) Length Weight (kg)
12.60 Board Bracket Extension 2.4
11.80 Board Bracket 1' (1 Board) 1.5
11.00 Board Bracket 1'‐10" (2 Board) 5.5
9.90 Board Bracket 2'‐7" (3 Board) 6.9
9.50
Steel Plank with Hook
Designed to be light‐weight, safe, and durable in direct response to
user needs. This is best suited for working platform for use at a high
place, since it is 20% lighter than the conventional plywood board,
and steel plank is highly recommended to be used on construction site. Omega Transom
Are fabricated twin angle steel bar fixed with a drop
forged ledger blade attached to both ends.
The outward standing bottom leg of the angles
supports the board in a captive manner.
Weight (kg)
2.5m Omega Transom 13.16
Weight (kg) 1.8m Omega Transom 9.58
3.00 meter (10') Steel Plank with hooks 20.23 1.25m Omega Transom 6.81
2.50 meter (8'‐2") Steel Plank with hooks 16.72 0.9m Omega Transom 5.17
2.00 meter (7') Steel Plank with hooks 13.98
1.80 meter (5'11") Steel Plank with hooks 12.52
1.50 meter (4'11") Steel Plank with hooks 10.66
Length
1.0x2.0m Brace 2.2m
1.8x2.0m Brace 2.7m
2.0x2.0m Brace 3.0m
2.5x2.0m Brace 3.2m
1.2x2.0m Brace 2.4m
Length
Length
CUPLOCK Components

Access Stair Caster Adaptor
It can be erected for vertical construction site and public Units provide for the easy
transport with the used of scaffold standard components conversion of caster wheel
together with special designed stair case handrail, which from the systems for use of
are located so as to enable fast and simple. movable rolling tower.
Weight (kg)
Staircase 2.50 x 2.00 meter 47.0
Handrail 2.50x 2.00m 14.0 Weight (kg)
Staircase 3.05x 2.00 meter 51.0 5.6
Handrail 3.05x 2.00m 15.0
Ladder Bracket
Is used to secure the ladder are plumb and vertical Base Plate
to the scaffolding.
A base for universal jack, also connect
to open‐ended standard.
Weight (kg)
3.3 Weight (kg)
0.9
Intermediate Transom
Steel Ladder
Can be placed anywhere between the
horizontals for increasing the support The ladder are made to high
space and are used where wooden standards which include
planks require intermediate support notched ends to maintain
between span of two ledgers. maximum strength.
1.80 m Intermediate Transom 8.63 6.0m Steel Ladder 52.0
0.90 m Intermediate Transom 4.32
Length
LengthLength
CUPLOCK Components

FRAME ACCESS SCAFFOLD SYSTEM

FRAME Scaffold the system has built‐in or attachable
spigot and are light weight which allows fast assembly and
dismantling, No skilled labour required. The frame has tubular
brace for better rigidity. Frame is a lightweight access scaffolding
is suitable for all light‐duty application such as fecade for
painting, cleaning, plastering and maintenance work.
Durable, effecient & Saving Labour Cost
Safety has top priority when a Frame Scaffold for masonry
works is erected.
Other demands are:
● Rapid handling
● few pla orm types for all building geometries
● Eﬀecient transport
● Compact storage Handy Cost Performance
                    It is characterized by durability and high quality. This handy frame
scaffold system is especially suited for applications where no specialized
equipment is available or out of reach. Closed, easy to grap the profile
facilatate the application of the frames and allow for a safe and labour cost
saving working even under wet conditions.
                    Frame in the handy, lightweight and labour independent frame
scaffold system with an unbeaten cost performance advantage for use in
Access Scaffold System, housing, narrow Construction, industrial facade
retention, reconstruction and refurbishment.
Light‐duty Frame
The system has built removable spigot or fixed spigot and are
light weight which allows faster assembly and dismantling.
No special skilled labour required & The frame has tubular
brace for better regidity and stabilized.
FRAME Introduction

Easy to Erect
                    FRAME system is an ingenious system with
few basic components to make erection simple.
The clever design with frames and guardrails that are
quick to erect and don’t require diagonal braces means
that the scaffolding is soon ready to use. And when the
job is done, it’s equally easy to dismantle.
                    Feature removable spigot and flip lock to
ensure safe, quick and simple connections between
Frames, Cross brace and Horizontal brace.
Principles of Design
                    The design of scaffolds should take into
account of the following:
● The safety of persons using the scaffold
● The safety of persons in the vicinity of the scaffold
● The scaffolds fitness for its intended purpose
● The handling normally associated with scaffolding
● The strength, stability and rigidity of the
   supporting structure
● The safety of persons engaged in the erec on,
   alteration and dismantling of the scaffold
FRAME Feature

Walk thru Frame
Weight (kg)
5'x6'7" Walk Thru Frame‐Flip Lock 20.00
3'x6'7" Walk Thru Frame Flip Lock 18.50
Type of lock and surface finish are available on request
Mason Frame
Weight (kg)
5'x3' Mason Box Frame‐Drop Lock 16.8
5'x6'4" Mason Box Frame‐Drop Lock 22.3
Sizes
Sizes
FRAME Components

Shoring Frame
Weight (kg)
4'x3' Shoring Frame (2‐3/8" O.D.) 15.50
Ladder Frame
Weight (kg)
2'x3'1" Ladder Frame‐Flip Lock 7.10
Sizes
Sizes
FRAME Components

Corner Guard Rail Post U‐head Jack Screw Jack
Weight (kg) Weight (kg) Weight (kg)
3.8 5.68 4.85
Cross Brace Staircase
Weight (kg) It can be erected for vertical construction
10'x4' Cross Brace 7.12 site and public transport with the used of
9'x4' Cross Brace 6.49 scaffold standard components together
8'x4' Cross Brace 5.85 with special designed stair case handrail,
7'x4' Cross Brace 5.26 which are located so as to enable fast and
6'x4' Cross Brace 4.99 simple.
5'x4' Cross Brace 4.26
Length Weight (kg)
Staircase 5'x6'4" 55.5
Staircase 7'x6'4" 62.5
Caster Wheel
Guard Rail
Coupling Pin Weight (kg)
Sizes Weight (kg) 5.62
10' Guard Rail 4.90
9' Guard Rail 4.31
8' Guard Rail 3.72 Weight (kg) 24" Side Bracket
7' Guard Rail 2.32 0.45
6' Guard Rail 2.00
5' Guard Rail 1.68
Weight (kg)
5.68
Color Legend
Light blue Grey Blue Green Red Yellow Orange Black
Sizes
FRAME Components

We export wide range of Scaffold tube and accessory
including cold pressed fittings and drop forged. All these products
are designed to be compatible with standard scaffold tubes.
                   Our high performance cold pressed and drop forged fittings
provide the building industry with completely safe and economical
solutions for Scaffolding Design as per BS/EN Standards.
We also undertake design and manufacturing of tailor made systems
as per buyer's requirements.
                   Our range of scaffolding fittings has an upper hand over
conventional type of timber scaffolding giving better fittings and
durability. Tube and fitting scaffolds are generally not covered by
manufacturer’s specifications, engineer’s certificates or producer
statements, hence the need to have general scaffolding
requirements for them.
Our range of scaffolding fittings are known for its technical design
and the durability it possess. These are widely used for supporting
man and materials, demolition, tools and tackles at the time
of construction, alteration, maintenance works, civil engineering and
structures for hospitality events. We are solution to all‐industrial,
construction and also having share in the nuclear power, paper and
pulp, petrochemical and shipbuilding.
                  These general scaffolding requirements must also be
used when altering proprietary scaffolds with tube and fitting
components when the manufacturer’s specifications or engineer’s
requirement do not include these alterations.
TUBE & FITTING Introduction

Task analysis & Product Manual
                    It is becoming generally accepted that on larger sites
clients want a task analysis completed as part of the design process.
This is generally provided in conjunction with hazard identification.
For prefabricated components and systems a manual shall be made
available to enable the product to be used safely. For façade
scaffolds made of prefabricated components see EN 12810‐1.
Effective Cost
                    As a scaffolding business company we too identify and
appreciate the restraints that this time of economic uncertainty
has put upon us all.
That is why we focus a great deal of our time and efforts on
ensuring we can provide you with very competitive rates.
                   Our products of scaffolding whether tubes or fittings are
manufactured in accordance with BS and EN standards. Our fittings
are supplied with fully captive nuts & wrench.
TUBE & FITTING Application

Drop‐forge Double Coupler JIS Pressed Double Coupler
Used for connecting two tubes crossing at a right angle. This type of coupler is used for connecting scaffold
Also known as 90 degree clamp. tubes at right angle to each other.
0.98 0.65
JIS Pressed Swivel Coupler
Drop‐forge Swivel Coupler Swivel Couplers connect two scaffold tubes at any
Used for connecting two tubes crossing at any angle. angle to provide a ledger brace or similar bracing.
Also known as 360 degree clamp.
Weight (kg)
Weight (kg) 0.65
1.12
Beam Clamp
Sleeve Coupler Provides a fixed 90° coupling of a scaffold tube to
Used for joining two tubes located co‐axially. an I‐beam girder.
Weight (kg)
1.12 Weight (kg)
1.5
TUBE & FITTING Components

Putlog Coupler Drop forge Internal Joint Pin
For rapid erection or dismantling of putlogs and transom. Designed for internal 'end‐to‐end' connection.
Weight (kg)
0.62
Weight (kg)
1.54
Board Retaining Clamps
Scaffold stop‐ends and scaffold guard board returns Scaffold Tube
are neatly and efficiently locked into the correct Tubes are manufactured from mild steel strips slitted
positions for a more secure. from hot‐rolled low carbon steel coils. Scaffold tube
conforming to British Standard is available in either
Galvanised Iron and Black Iron.
Other sizes available on request.
Weight (kg)
0.63
Base Plate
Used to distribute the load of a scaffolding installation.
Weight (kg)
0.9
TUBE & FITTING Components

KwikDek Slab Shoring & Decking
                    The KwikDek Slab Formwork Decking System replaces the secondary and primary beam in soffit support and provides
a flat support grid for decking out with plywood or other conventional materials, labour costs are greatly reduced in conjunction
with the speed of construction to provide an economical solution to decking problems.
KwikDek requires fewer different pieces than most other similar system and can be stored in less space.
                    This unique system allows the slab formwork to be stripped only (3) three days after concrete has been poured.
The Drophead allows the support work to remain in place thereby avoiding re‐propping
Features of the kwikDek system:
• Maximum utilisation of equipment
• Eliminates any deflection of slab
• No re‐propping required
• versatile with unlimited adjustments
                   KwikDek Shoring and Decking is a highly versatile,
very competitive slab formwork system capable of being
used in many applications:
• Braces fit to the standards using half couplers ensuring no
   loose parts, minimising loss and damage charges
• Simple erection procedure ensures stringent safety levels
  can be easily achieved
• Make‐up areas around columns can be supported simply by
  using infill beams, saving customer time and money
• Quick striking system, enabling early removal of deck beams
  and plywood, saving time and cost
• Variable ledger positions to suit leg loading, increasing
   flexibility of the system
• Quick and easy to erect ledgers and transoms are fixed to
   the vertical standards using captive wedge connections,
   eliminating the need for transverse bracing
KWIKDEK Introduction
2

Standards Ledgers
Made from standard Scaffold tube. They have V‐pressing They are welded with C‐press and wedge, used for easy
welded at 495mm 4‐way connections for ledgers. installation on the standards.
Available Length: 3.0m, 2.5m, 2.0m, 1.5m & 1.0m Available Length: 2.4m, 1.8m, 1.2m, 0.9m & 0.6m
Adjustable Base Jack
Drophead
It used to level the standard
Support the decking beams which on uneven grounds.
are seated on the projected
support plate.
Adjustable Spigot Jack
Spigot Connector It connects open‐ended standard with
drophead and it is used for adjusting
Used to connect two standard. drophead heights.
KWIKDEK Components
3

Decking Beams
Designed to support a variety of bay sizes
with a maximum load on any supporting
leg of 40kN.
Available Length : 2.4m, 1.8m & 1.2m
Cantilever Frame
Infill Beams
The cantilever bracket is used to extend the slab formwork in areas
Designed as secondary beams to support plywood where there is no support from below. It can be used to support a
at permissible spans. beam or channel.
Safe Working Load: 40kN UDL Typical applications are for slab extensions and access work.
Available Length: 1.8m, 1.2m & 0.9m Available Length: 1.5m & 1.0m
Base Plate
It is used when the standard Cantilever Beam Bracket
are on even grounds.
Available Length: 1.5m & 1.0m
Internal Beam Bracket
Available Length: 1.5m & 1.0m
U Head
KWIKDEK Components
4

Step 1 Step 4
Erection sequence for 4 standards and 2 ledgers. Add the fourth standard and 2 more ledgers in a similar
manner to complete the assembly of 4 standard and 4 ledgers.
Space out socket bases and stand in jacks if required
Step 2
Assemble a standard on a jack and 2 ledgers at right
angles in a lower "V" pressing of the standard. Step 5
Add the upper layer of 4 ledgers and 2 braces. Assemble the
upper jack and dropheads on the completed support grid.
Step 3
Take a second standard and assemble on another jack,
fixing the ledger end of the previously assembled ledger Step 6
into the "V" pressing of the standard. Repeat for the Finally add the primary beams and infill beams in the completed
third standard to complete a right angled corner. support structure and as grids are completed, tighten all joints.
KWIKDEK Assembly
5

Stage 1 Dismantling Procedure
Complete slab and support system erected.                    Stripping follows the same procedure the
techniques of early dismantling are followed or not.
The advantages of early stripping is that the primary
beams and infills may be removed while concrete
soffit remains supported and completely undisturbed
during its curing period.
Stage 2 The primary beams and infills may therefore be re‐used
Reinforcing steel placed and concrete poured. One day after concreting thus gaining further concrete production with only an
the second set of support can be erected on the upper level. additional set of supprting components.
Primary beams and infills may be removed by striking
the drophead wedge. While the primary head remains
in contact with the concrete, the striking of the wedge
allows the beams to drop about 115mm giving
sufficient clearance for the removal of the infills.
Stage 3
After three days plywood, infill beams and decking beams are stripped
without removing the support. A double set of support is supplied.
   Up     Down
Stage 4 Whether the advantages of early striking are taken
After stripping level 1 all decking, ledgers and braces can immediately or not, complete safety in dismantling operation is
be placed on the second set of support previously erected on level 2. ensured as primary beams and infills cannot fall to the
ground after striking, but must be removed manually.
To assemble KwikDek Shoring and Decking remove
the drophead assembly from the jack at one end and
connect  it to the beam.
The completed with its drophead can now be raised
and dropped over the jack.
KWIKDEK Assembly
6

Permissible Loads on Base Components Early Stripping
Vertical Axial Load to 57kN Early stripping is a technique where by the
The Loading will vary according to the horizontal loads is removed 3‐4days after casting the slab but with the
taken into account and the actual extension of the supporting structure of shoring remaining undisturbed
jack required. for the full curing period.
After striking the primary beams, the infill beams and
the plywood can be easily removed and re‐used on the
next area of scaffold.
The drophead remains at all times in contact with the
underside of the slab ensuring proper support at all
Standard "V" pressing times.
Maximum safe shear load on each "V" pressing is 10kN. Before Striking
Drophead supporting beams in raised position.
Drophead Technical Details
Safe load carrying capacity of 40kN
KwikDek Shoring‐GUIDE
At least two lacing levels have to be used on each
standards. When calculating two horizontal forces,
include for wind forces, the effect of eccentricity, After Striking
and out of verticality in accordance with British Drophead in struck position.
Standard 5975.
Take care that the structure is stable in the unloaded
condition, especially if towers or narrow structures
are used. All standard should be erected plumb.
Horizontal forces should be distributed over all
standards as evenly as possible.
Footings should be provided to prevent settlement
of the standards.
KWIKDEK Technical Data
7

CupDek Slab Decking & Propping
                    CupDek Slab Formwork Decking System is a proven multi‐purpose scaffold which can be used for all forms of access
and support structures in the building, construction industries, viaduct, offshore, shipyard, oil refineries, bridges, construction
maintenance and building facade.
Benefits of the CupDek system:
• Faster to erect than traditional systems up to 4 components
   secured in one action
• Unique node point, no loose components
• High grade tube up to 25% lighter
• High damage resistant
• versatile bay sizes
                   CupDek Decking and Propping is versatile available
in different sizes which provide a range of propping heights.
CupDek Slab Formwork are multi functional and can be used
to back‐prop both beams and slabs until the concrete has cured.
They are also widely used to support floor centres on which decking
plates are placed to form light slabs suitable for high rise building
and low cost housing developments. The floor centres are adjustable
to cater for different widths between walls.
Special application:
                    The Cuplock system can be used for creating many special
structures according to various needs and required of the customer
such as podiums, suspended slab operation, bridge decking etc.
CUPDEK Introduction

Standards Ledgers
Are made from a high grade steel tube with 48.3mm dia. by 3.2mm All horizontal ledgers have identical forged blade
wall thickness and identified by a sliding forged top cup and pressed ends, with a minimum of projection to avoid damage.
bottom cups with special fabricated at every 500mm interval to get
the desired strength. Length (m)
Each standard takes a maximum leg load of capacity of 57kN. 2.5
1.8
Effective Length, (m) 1.5
0.8 1.2
1.0 0.9
1.3 0.6
1.5
1.8 Universal Jack
2.0
2.3 It connects open‐ended standard with
2.5 drophead and it is used for adjusting
2.8 drophead heights.
3.0
Socket Base Adaptor
It provides a base for the universal jack,
also connect universal jack to drop head.
Drophead
The quick strip drophead supplied along with nuts and bolts
is designed to fit on standard shoring props and socket base Base Jack
adaptor to suit any system scaffolding.
It used to level the standard
on uneven grounds.
CUPDEK Components

Decking Beams Cantilever Frame
Including 10cm wide top flange which eliminates the necessity Available Length: 1.5m & 1.0m
for a plywood infill, to cut down maintenance cost.
Available Length : 2.5m, 1.8m & 1.2m
Infill Beams
Cantilever Bracket
Used to provide skeletal support for plywood decking.
Used to support external beam.
U‐head
It used for special application for
infill areas and beams.
Sizes: 150x170x6
150x200x6
Internal Bracket
Connector with bolt & nut
Used to support internal beam.
It is used to connect between two standard.
CUPDEK Components

Phase 1 Phase 4
Erection sequence for 4 standards and 2 ledgers. Add the fourth standard and 2 more ledgers in a similar
manner to complete the assembly of 4 standard and 4 ledgers.
Space out socket bases and stand in jacks if required
Phase 2
Assemble a standard on a jack and 2 ledgers at right
angles in a lower "V" pressing of the standard. Phase 5
Add the upper layer of 4 ledgers and 2 braces. Assemble the
upper jack and dropheads on the completed support grid.
Phase 3
Take a second standard and assemble on another jack,
fixing the ledger end of the previously assembled ledger Phase 6
into the "V" pressing of the standard. Repeat for the Finally add the primary beams and infill beams in the completed
third standard to complete a right angled corner. support structure and as grids are completed, tighten all joints.
CUPDEK Assembly

Phase 1 Cupdek Striking Procedure
Complete slab and support system erected.                    Stripping follows the same procedure the
techniques of early dismantling are followed or not.
The advantages of early stripping is that the primary
beams and infills may be removed while concrete
soffit remains supported and completely undisturbed
during its curing period.
Phase 2 The primary beams and infills may therefore be re‐used
Reinforcing steel placed and concrete poured. One day after concreting thus gaining further concrete production with only an
the second set of support can be erected on the upper level. additional set of supprting components.
Primary beams and infills may be removed by striking
the drophead wedge. While the primary head remains
in contact with the concrete, the striking of the wedge
allows the beams to drop about 115mm giving
sufficient clearance for the removal of the infills.
Phase 3
After three days plywood, infill beams and decking beams are stripped
without removing the support. A double set of support is supplied.
  Up      Down
Phase 4 Whether the advantages of early striking are taken
After stripping level 1 all decking, ledgers and braces can immediately or not, complete safety in dismantling operation is
be placed on the second set of support previously erected on level 2. ensured as primary beams and infills cannot fall to the
ground after striking, but must be removed manually.
To assemble KwikDek Shoring and Decking remove
the drophead assembly from the jack at one end and
connect  it to the beam.
The completed with its drophead can now be raised
and dropped over the jack.
CUPDEK Assembly

Permissible Loads on Base Components Early Stripping
Vertical Axial Load to 57kN Early stripping is a technique where by the
The Loading will vary according to the horizontal loads is removed 3‐4 days after casting the slab but with the
taken into account and the actual extension of the supporting structure of shoring remaining undisturbed
jack required. for the full curing period.
After striking the primary beams, the infill beams and
the plywood can be easily removed and re‐used on the
next area of scaffold.
The drophead remains at all times in contact with the
underside of the slab ensuring proper support at all
times.
Drophead Technical Details
Before Striking
Safe load carrying capacity of 40kN
Drophead supporting beams in raised position.
CupDek Shoring‐GUIDE
For Standard at the beginning and end of a row, the loading figures
of the top and base lifts have to be reduced by 5%, except if jack
bracing is used.
This also applies to the use of Cuplock in towers and single bays.
At least two lacing levels have to be used on each
standards. When calculating two horizontal forces,
include for wind forces, the effect of eccentricity,
and out of verticality in accordance with British After Striking
Standard 5975.
Take care that the structure is stable in the unloaded Drophead in struck position.
condition, especially if towers or narrow structures
are used. All standard should be erected plumb.
Horizontal forces should be distributed over all
standards as evenly as possible.
Footings should be provided to prevent settlement
of the standards.
CUPDEK Technical Data

RINGFLEX is a lightweight modular scaffold
system that requires no loose fittings, shortens erection
and dismantling time and save labor cost.
Each components fits precisely into the unique ring
rosette and locks securely by simply hammering a
captive wedge into place. The system pre‐engineered
and measured components and fits together in a safe
and efficient configuration.
Every piece of ASPA RingFlex components is hot‐dip
galvanized, high tensile steel which limits corrosion
and increase the life of the equipment.
Speed of Erection & Dismantling:
                    Provides major savings in erection and stripping time
thus minimizing on‐site cost. When not in use, its modular
construction ensures minimum space requirement for storage.
Shoring support:
                    Used in beam and suspended slab shoring to provide
support to down stand beams without the need for additional
scaffolding and or timber  support.
with an extensive line of efficiency enhancing
accessories  ASPA RingFlex is one of the most cost
effective system slab formwork in the world.
Efficient
ASPA RingFlex reduces labor costs and improves
scheduling by eliminating loose fittings from the
systems design. With fewer pieces than other system
reduces handling on site and makes shipping efficient.
No bulky frames or heavy steel parts make the system
easy to load, unload, erect and strip.
RINGFLEX Introduction

Standard ledger
with Rosette ring in every 500mm for a maximum The result is a connection with high junction‐point rigidity.
of 8 connections. For small openings in the Rosette
determine the right angle connection, for four larger
openings permit connections at any angles.
Length 3.0m, 2.5m, 2.0m, 1.5m, 1.0m Length 2.5m, 2.0m, 1.8m, 1.5m, 1.2m, 0.9m, 0.6m, 0.3m
Internal Beam Bracket External Beam Bracket
Length
1.0m
Length 1.5m
1.0m
1.5m
Base Jack
H20 Beam
Length 5.9m, 4.9m, 4.5m, 3.9m, 3.3m, 2.9m, 2.5m, 2.0m, 1.5m
U head Jack
RINGFLEX Components

Mason Frame Walk thru Frame
5'x3' Mason Box Frame‐Drop Lock 5'x6'7" Walk Thru Frame‐Flip Lock
5'x4' Mason Box Frame‐Drop Lock 3'x6'7" Walk Thru Frame Flip Lock
5'x5' Mason Box Frame‐Drop Lock 3'x5'1" Walk Thru Frame Flip Lock
5'x6'4" Mason Box Frame‐Drop Lock 2'x6'7" Walk Thru Frame Flip Lock
Aluminum Beam
Two different profile are available:
A150 Beam: Bending Moment exceeds 6 kNm
Size: 150x80 mm
Weight: 3.162 kg/m
Length: Any length up to 10m
Size: 150x80 mm
Weight: 3.162 kg/m
Length: Any length up to 10m
Color Legend
Red Green Blue Yellow Grey Orange
Base Jack U head jack
7'x4' Cross Brace
8'x4' Cross Brace
10'x4' Cross Brace
Guard Rail
5'x4' Cross Brace
6'x4' Cross Brace
5' Guard Rail
6' Guard Rail
7' Guard Rail
8' Guard Rail
9' Guard Rail
10' Guard Rail
Sizes
9'x4' Cross Brace
FRAMEFLEX Components
SizesSizes
Cross Brace
Sizes

ASPA Table form System is a versatile types capable of handling virtually any slab forming project. Can be used on
all types of building construction or for any type where an adjustable load bearing member is required.
The high tensile steel pin is located through a slot in the outer section and a hole on the inner section for coarse adjustment.
the cast collar located below the pin gives fine adjustment for leaving or striking.
The Flexible height adjustment the system is suited:
● To support slab formwork at any height
● To build slab tables for large slab surfaces
● To support concrete beams or prefabricated slabs
Features:
● The quick lowering system releases the stress in the
    prop with one strike of a hammer blow
● Extendable in height with different sizes of props
● Modular design for ver cal buildings of virtually
    any required height Shoring System Advantage:
● Poten al wind load can be transferred into The same components are used for different application and the
    the props number and position of the props is determined by the system.
● Tripod as assembly auxiliary for props The most important requirements of a building can be meet easily
● Different sizes, models with covering all loads and and flexibly:
    measurements. ● Ground plan layout
● Manufactured with high resistannce steel tubes. ● Building type
● Slab thickness
● Concrete finish
● Floor height
2
TABLE FORM Introduction

Shoring Props
Prop for shoring with level plate available for
shoring in various length, and with the option of the classic
sleeve, on iron or cast iron, or with the external thread.
Available colors are red, navy blue andgray, or there is the
possibility for weather resistance of electroplated or
hot dip galvanization .
Props is versatile available in different sizes which provide a range of
propping heights. Props are multi functional and can be used to
back‐prop both beams and slabs until the concrete has cured.
They are also widely used to support floor centres on which decking
plates are placed to form light slabs suitable for low cost housing
developments. The floor centres are adjustable to cater for different
widths between walls.
Props 30
Weight (kg)
15.33
17.21
21.18
25.44
Props 20
Weight (kg)
13.95
15.83
18.37
23.76
35.11
ECO‐Props
Weight (kg)
13.75
15.92
17.58
21.85
3
Extension Range
Eurex 20/250 (147‐250)
Eurex 30/400 (222‐400)
Extension Range
Eurex 30/350 (197‐350)
Eurex 30/300 (172‐300)
Eurex 30/250 (147‐250)
ECO‐Prop (320‐487)
Extension Range
ECO‐Prop (175‐312)
ECO‐Prop (198‐335)
ECO‐Prop (259‐395)
Eurex 20/400 (222‐400)
Eurex 20/550 (297‐550)
Eurex 20/300 (172‐300)
Eurex 20/350 (197‐350)
TABLE FORM Components

Aluminum Beam Wedge Prop Head
Weight (kg)
19.47
16.17 Weight (kg)
14.85 16.67
12.87
10.89
9.57
8.25
6.60 U‐head
4.95
H20 Beam Weight (kg)
2.75
Weight (kg)
29.50
24.50
22.50
19.50 H20 Supporting Head
16.50
14.50
12.50
10.00 Weight (kg)
7.50 1.54
Railing Clamp
Tripod
Weight (kg)
8.55
Weight (kg)
9.12
4
2.0m H20 Beam
1.5m H20 Beam
4.9m H20 Beam
4.5m H20 Beam
3.9m H20 Beam
3.3m H20 Beam
2.9m H20 Beam
2.5m H20 Beam
3.9m Alsik Beam
4.5m Alsik Beam
Length
5.9m H20 Beam
TABLE FORM Components
Length
1.5m Alsik Beam
4.9m Alsik Beam
5.9m Alsik Beam
2.0m Alsik Beam
2.5m Alsik Beam
2.9m Alsik Beam
3.3m Alsik Beam

Steel Waler & Aluminum Beam System
Due to high strength and rigidity of the steel walers, small over‐all formwork depth when compared to other methods,
Steel waler and Aluminum beam system is the ideal solution to your column formwork needs, especially when repeated usage
and crane handling are required.
Forms can be quickly assembled to perfect right angle shape and lifted into position, where they can be connected together and
plumbed in a matter of minutes.
Advantage:
• Allows standard crane handled column forms to be assembled for multiple use
• Ensures right angle corners and square columns
• Adjustable sizes (200x200‐1200x1200)
• easy to assemble
2
COLUMN Introduction

Steel Waler Universal Clamp
It is a twin 100x50mm chennel section. Used to connect Aluminum to waler. Simple in design
Weight 22 kg/m prevent rotation and ensure positive connection.
Weight(kg)
0.52
Angle Tie Bracket
It is a heavy duty bracket for external corner ties.
Fixed to walers with the help of wedge.
Weight(kg)
Aluminum Beam 2.50
Prop Connector
Fitted to formwork by wedge, they
provide attachment for Push‐pull Props.
Weight(kg)
2.0
Size: 150x80 mm
Weight: 3.162 kg/m
Length: Any length up to 10m Lifting Bracket
Connect to the Aluminum beam for crane handling
A165 Beam: Bending Moment exceeds 6 kNm of forms. Two bracket are used per panel.
Size: 150x80 mm
Weight: 3.162 kg/m Weight(kg)
Length: Any length up to 10m 4.5
3
COLUMN Components

Calculations are based on Concrete Pressure up to 100 kN/sq.m
(mm) (pcs)
200 8
300 8
400 12
500 12
600 12
700 16
800 16
900 20
1000 20
1200 24
(M) A B C D E
2.00 0.30 1.00
2.60 0.30 1.60
3.00 0.40 1.60
3.50 0.40 1.10 1.20
4.00 0.40 1.00 1.60
4.50 0.40 1.00 1.20 1.20
5.20 0.40 1.00 1.20 1.60
6.00 0.40 0.80 1.00 1.40 1.40
PANEL
HEIGHT
COLUMN WALERS SPACING
(M)
COLUMN Technical Data
4
COLUMN
WIDTH
NO. OF
BEAMS

ASPA designs, manufactures and supplies a full range of system formwork from flying table forms to climbing system.
The shuttering panel is used to form concrete structures such as retaining walls, dams, reservoirs, water towers and bridges.
ASPA's engineers, supported by experienced draughtsmen, have had extensive experience in designing purpose‐made steel
forms. All designs are CAD generated and are supported by up‐to‐date design programmes.
Economical:
• Virtually eliminates timber
• Robust, resistance to damage
• Standard elements suit plywood sheet size without cutting
• Components easily transported and stored
• Few standard components simplifies stock requirements
Versatile:
• Unlimited adjustment
• For Walls, Beams & Heavy Slab support
• Complex shape possible
Labour Saving:
• Aluminum beams speed up assembly
• Simple erection and dismantling
• No skilled labour required
• Light Weight
WALL Introduction
2

Steel Waler Universal Clamp
It is a twin 100x50mm chennel section. Designed to make Used to connect Aluminum to waler. Simple in design
elements using standard size plywood sheets. prevent rotation and ensure positive connection.
Simple, positive connections 110kN tie load capacity.
Weight 22 kg/m
Weight (kg)
Length 0.52
(m)
1.17
2.39 Angle Tie Bracket
3.61
4.83 It is a heavy duty bracket for external corner ties.
Fixed to walers with the help of wedge.
Weight (kg)
Aluminum Beam 2.5
Prop Connector
Fitted to formwork by wedge, they
provide attachment for Push‐pull Props.
Weight (kg)
2.0
Size: 150x80 mm
Weight: 3.162 kg/m
Length: Any length up to 10m Lifting Bracket
Connect to the Aluminum beam for crane handling
A165 Beam: Bending Moment exceeds 6 kNm of forms. Two bracket are used per panel.
Size: 150x80 mm
Weight: 3.162 kg/m Weight (kg)
Length: Any length up to 10m 4.5
WALL Components
3

Wedge A Splicer
They are heavy drop forged wedge, which provides Splicer provides standard connections between panel.
high strength connections. Minimum adjustment length is 710mm.
1.0 4.1
Wedge S
Access Bracket Simple robust wedge for connection of accessories.
Simple but robust bracket with positive wedge fixing
for providing walkways on large forms. It is provide
with spigot for fixing guardrail post. Weight (kg)
0.3
Weight (kg)
11.0 Internal Corner Connector
Provides tight positive connectios at internal corners.
ensure 90° corner every time.
Internal Splice
For connection between panels where make up areas is Weight (kg)
required. Can also be used to extend panels for stop‐end 11.0
and external corner details.
Length Hinge Waler Connector
(mm)
960 Used when there is a change in angle between panels.
1460 Can be used in circular structure.
1960
Weight (kg)
17.0
WALL Components
4

ECO‐WALL
STEEL WALERS
S N S N S N S N
(mm) (mm) (mm) (mm)
363 4 330 8 353 11 339 15
363 4 330 8 353 11 339 15
272 5 288 9 321 12 316 16
272 5 288 9 294 13 296 17
272 5 256 10 294 13 296 17
S ‐ Aluminum beams spacing center to center
N ‐ No. of Aluminum beams per panel
CONCRETE PRESSURE
(kN/m²)
STEEL WALER SIZES
(mm)
PLYWOOD SIZES
(18mm Thk) 1219
1170
2438
2390
60
80
3657 4876
3610 4830
40
90
50
WALL Technical Data
5

ECO‐WALL
STEEL WALERS
(kN/M²) (M)
A B C D E
50 2.0 0.4 1.0
65 2.6 0.4 1.2
75 3.0 0.4 1.6
80 3.5 0.4 1.0 1.2
80 4.0 0.4 1.0 1.6
80 4.5 0.4 1.0 1.2 1.2
80 5.2 0.4 1.0 1.2 1.6
80 6.0 0.4 0.9 1.0 1.2 1.6
(kN/M²) (M)
W1 W2 W3 W4 W5
50 2.0 32.9 15.1
65 2.6 52.5 32.0
75 3.0 72.0 40.5
80 3.5 67.5 56.4 28.1
80 4.0 71.9 79.6 40.5
80 4.5 75.5 78.4 57.0 21.1
80 5.2 72.0 88.0 87.5 40.5
80 6.0 68.0 76.0 86.6 84.0 36.1
A‐FLEX STEEL WALERS LOAD
(kN/M)
CONCRETE
PRESSURE
PANEL
HEIGHT
(M)
CONCRETE
PRESSURE
PANEL
HEIGHT A‐FLEX STEEL WALERS SPACING
WALL Technical Data
6

ASPA gangform PRO‐UP CLIMBING SYSTEM is crane handled and fixed to the concrete with anchor or fixing screws.
The plumbing bracket has an adjustment screw which is used for vertical alignment. The hanging bracket provides a safe working
platform for grouting and removal of lower anchors.
Steel Waler have plan dimensions of 100mm deep x 152mm wide and are designed to carry maximum moments of 50kN/m with
a safety factor of 2:1. Access brackets provide for a three board working platform. The access bracket can be attached to the
Aluminum beam at the required position.
This climbing system is crane handled and is easily
plumbed and aligned. A minimum amount of crane
time is required to simply lift the shutter and hook
it onto the climbing cone which was cast into the
concrete on the previous pour.
The push‐pull props allows the formwork to be rolled
back to enable the panels to be cleaned and oiled in
position without having to lower the shutter to the
ground or the floor below.
CLIMBING Introduction

PRO‐UP (ASPA Jump form Climbing) System provides a significant advantages: bracket extensions, secondary
platforms, ladder extensions etc. are assembled from ground level under simple and safety assembly conditions.
The PRO‐UP System is proven and cost effective technology for building higher than 20 floors.
PRO‐UP Climbing bracket is a reliable and safe system for forming
concrete on elevated structures. It can be formed quickly and safely at any
height. The wall shutter are moved along with the climbing bracket reducing
the over‐all cycle time.
Along with the bracket an hanging access platform is provided for safe working
when carrying out finishing work, repairing tie holes, retaching concrete finish,
and removing anchors used on previous pour.
The Shutter fitted to the climbing bracket has three axis of movement
enable the vertical wall to be constructed at any angle.
Sliding unit of Climbing Bracket
It gives the required verticality, horizontal or angular movement to the shutter.
It consist of top and swivel base adaptor jack and a carriage.
Lift Wall
PRO‐UP versatile system is excellent for the forming of lift shafts and staircase
walls. ASPA climbing systems are used for easy stripping and quick assembly
time. ASPA internal platform provides a safe working platform which eliminates
the need for access scaffolding.
Tie System
All items recoverable after casting except for plastic tube.
Push‐pull Prop
The push‐pull prop has a double collar, which enables the walls and columns
to be accurately plumbed. Used in conjunction with column boxes for speedy
erection and ease of alignment.
PRO‐UP Climbing Platform are internally on corewall and lift shaft to
provide a safe working area for fixing and supporting the formwork. Same as
the climbing bracket it is used for the construction of vertical wall.
The platform can be moved vertically up the internal opening without dismantling the shutter this reduces the cycle
time considerably. The climbing platform can be made to any size or shape of the opening and can be made adjustable to allow
re‐use on different similar opening dimensions.
CLIMBING System

ASPA PRO‐UP Climbing System comprises vertical formwork and safety platform as a single unit. It remains securely
attached to the building and lifting. Thus wind velocity do not affect the building process. Assembly is at ground to improved
safety and speed.
Installation procedure of ASPA PRO‐UP Climbing Formwork System
Step 1 Wall formwork is ready to strip
Step 2 Remove ties, pull away shutter on climbing bracketusing sliding unit, install anchor bolt into fixing screw.
Step 3 Lift form to next level set the form on the anchor bolt. Attaching the guard rail extensions at ground level.
Step 4 Pull climbing platform shutter away from the wall and lift to next level.
Step 5 With shutter in the set back position they can be cleaned and rolled. Reinforcement steel bar can also be fixed.
Step 6 Move forms back into the positioned, fixed ties, check for plumb and alignment. Form ready to pour.
CLIMBING Installation

Wing nut ɸ15, 0.32kg Rosette Ring, 0.50kg Ledger Blade, 0.22kg
Flange Nut ɸ15, 0.64kg Ledger Head, 0.53kg Brace Head, 0.40kg
Plate Washer ɸ15, 0.88kg Brace Head, 0.65kg Bottom Cup, 0.55kg
Waler Plate ɸ15, 0.62kg Ringlock Wedge, 0.10kg Top Cup, 0.22kg
Hexagonal Nut ɸ15, 0.21kg Jack Nut, 0.55kg U‐Clip Head, 0.67kg
Water Barrier ɸ15, 0.54kg Prop Collar, 0.98kg Banana Head, 1.15kg
Rapid Clamp ɸ10‐12, 0.54kg Prop Pin, 0.44kg Flange Clamp, 1.52kg
5.8m Tie rod ɸ15, 8.64kg Threaded Collar, 1.54kg Uni Clamp, 0.10kg
SPARE Parts

Coupling Pin w/o Collar Snap Pin Gravity Pin
Coupling Pin 1/8" Collar Cotter Pin Spring Retainer
Coupling Pin 1" Collar Fast Lock Slide Lock
Caster Wheel Stem type 8" Flip Lock Slide Lock Pin
Caster Wheel Plate type 8" Drop Lock Snap On
SPARE Parts

Head Office
ASPA Scaffolding & Formwork Co., Ltd.
No. 8 Feng Qiao Lu Chu zhou City Anhui China
Tel 86512 62753791/86133 75196291
Fax 86 05503911904
www.asiapacific‐scaffolding.com
www.aspaformwork.com
Philippines United Arab Emirates
Cebu ASPA‐AL Ahwar Trading LLC.
Plaridel St. Umapad Mandaue City 6014 Cebu Philippines P.O.Box: 31586 Gold House, Dubai UAE
0063 933 210 3886 Tel 9714 2267557
Cagayan De Oro Fax 9714 2265534
11 Upper Baloy, Tablon CDO 9000 Philippines
0063 927 755 3379 United Kingdom
Asia Pacific Scaffolding Limited
Thailand 307 Grays Inn Road London, WC1X 8QF
ASPA‐SPS Global Corp. Co., Ltd.
MEC TOWER 888 Bangna‐Trad Rd. km.1.8 Asia Pacific Securites & Trading Limited
Bangkok 10260 Thailand 13 Station Road, Finchley, London, N3 2SB
Tel 66 2 398 6000
Fax 66 2 749 1963 Australia
Formwork Systems Asia‐Pacific Pty Ltd
Pakistan 44 Little Ryrie St, Geelong, VIC, 3220
ASPA‐Enercon International Tel 0352255000
617, Sector A‐1, Township Scaffolding Asia Pacific Pte.Ltd
Lahore‐54770, Pakistan 13 8‐20 Napier St, North Sydney, NSW, 2060
Tel 0092 42 35110891 Tel 0290253919
Fax 0092 42 35112631
Singapore
Asia Pacific Scaffolding Pte Ltd
23 Gul Rd Singapore 629356
Tel 68626122
Fax 68626139
Offices
Overseas Sales & Marketing Offices
8

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