Our formwork aligners also know as snap ties serve the basic function of holding your formwork parallel to each other before, during and after the concrete pouring in walls or other type of vertical elements, so that you achieve constant width always (also helping proper load distribution into the wales), the cones on each side of the spreader help avoiding concrete or grout leakage before final drying, keeping your site as clean as possible.
Our formwork aligners also know as snap ties serve the basic function of holding your formwork parallel to each other before, during and after the concrete pouring in walls or other type of vertical elements, so that you achieve constant width always (also helping proper load distribution into the wales), the cones on each side of the spreader help avoiding concrete or grout leakage before final drying, keeping your site as clean as possible.
V-Belts are the most common type of drive belt used for power transmission. Their primary function is to transmit power from a primary source, like a motor, to a secondary driven unit. They provide the best combination of traction, speed transfer, load distribution, and extended service life.
A universal testing machine, also known as a universal tester, materials testing machine or materials test frame, is used to test the tensile stress and compressive strength of materials.
Shanta Engineering is incepted in the year 1978. We are one of the leading manufacturers and exporters of a wide range of products. We manufacture a wide range of Testing Instruments and Equipment's that are used to test rubber, plastic, cables and allied materials. Our product range includes Laboratory Testing Equipment, Cable Testing Instruments, Testing Machine and machines for agricultural application.
Our range of products are manufactured as per different standards used by our customers and also sometimes they are customized to satisfy special requirements of our customers.
With a group of experienced & talented personnel together our design & development of machine / instruments are at par with the imported testing equipment's on quality basis. Although we are offering the highest quality level to match with the imported Testing Equipment's, we always see to it that the cost of our all equipment's are affordable to a small budget buyers. We export our product to Indian Subcontinent country.
Design and development of horizontal tensile testing machine (5kN)Sajeed Mahaboob
In this project, a portable horizontal tensile testing system involving the use of a specially designed tensile specimen is proposed. The system developed was designed to convert the rotation motion of a ball screw into the linear motion of specimen grips that apply a tensile load to the specimen. The frame contains an aligned linear motion guide for the movement of the specimen grips, ensuring the co-linearity of the travel axes. One side of the specimen is connected to a ball-screw block and the other side is connected to a load-cell (which is static) to detect the load magnitude.
Metals Tensile Testing Standards: ISO 6892-1 ASTM E8/8M for Strain ControlInstron
Brief introduction into some of the changes and updates to both the ISO 6892-1 and ASTM E8/8M tensile testing standards for metals and ambient temperature, importantly strain control
We offer a comprehensive range of Strength of Material Lab Equipment, which are widely used in Schools, Colleges and Universities.
Mobile : +91-99710-77233, +91-98118-88915
Email : labtekindia@gmail.com, labequipments.in@gmail.com
Website : www.labtekindia.com
V-Belts are the most common type of drive belt used for power transmission. Their primary function is to transmit power from a primary source, like a motor, to a secondary driven unit. They provide the best combination of traction, speed transfer, load distribution, and extended service life.
A universal testing machine, also known as a universal tester, materials testing machine or materials test frame, is used to test the tensile stress and compressive strength of materials.
Shanta Engineering is incepted in the year 1978. We are one of the leading manufacturers and exporters of a wide range of products. We manufacture a wide range of Testing Instruments and Equipment's that are used to test rubber, plastic, cables and allied materials. Our product range includes Laboratory Testing Equipment, Cable Testing Instruments, Testing Machine and machines for agricultural application.
Our range of products are manufactured as per different standards used by our customers and also sometimes they are customized to satisfy special requirements of our customers.
With a group of experienced & talented personnel together our design & development of machine / instruments are at par with the imported testing equipment's on quality basis. Although we are offering the highest quality level to match with the imported Testing Equipment's, we always see to it that the cost of our all equipment's are affordable to a small budget buyers. We export our product to Indian Subcontinent country.
Design and development of horizontal tensile testing machine (5kN)Sajeed Mahaboob
In this project, a portable horizontal tensile testing system involving the use of a specially designed tensile specimen is proposed. The system developed was designed to convert the rotation motion of a ball screw into the linear motion of specimen grips that apply a tensile load to the specimen. The frame contains an aligned linear motion guide for the movement of the specimen grips, ensuring the co-linearity of the travel axes. One side of the specimen is connected to a ball-screw block and the other side is connected to a load-cell (which is static) to detect the load magnitude.
Metals Tensile Testing Standards: ISO 6892-1 ASTM E8/8M for Strain ControlInstron
Brief introduction into some of the changes and updates to both the ISO 6892-1 and ASTM E8/8M tensile testing standards for metals and ambient temperature, importantly strain control
We offer a comprehensive range of Strength of Material Lab Equipment, which are widely used in Schools, Colleges and Universities.
Mobile : +91-99710-77233, +91-98118-88915
Email : labtekindia@gmail.com, labequipments.in@gmail.com
Website : www.labtekindia.com
HTT-L1 Hot Tack Tester is applicable in hot tack and heat seal performance tests for plastic film, laminated film and other packaging film. Meanwhile, it is applicable in peel, shear, tension and other test items for adhesive, adhesive tape, laminated film, plastic film, paper and other flexible materials.
FPT-F1 Friction/Peel Tester can be used to measure coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabiric style test), metal-plastic composite strip/belt for communication cable, convey belt and textiles, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper, protection films, etc.
FPT-F1 Friction/Peel Tester can be used to measure coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabiric style test), metal-plastic composite strip/belt for communication cable, convey belt and textiles, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper, protection films, etc.
FPT-F1 Friction/Peel Tester can be used to measure coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabiric style test), metal-plastic composite strip/belt for communication cable, convey belt and textiles, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper, protection films, etc.
The Bursting Strength Tester- Digital is the instrument that is mainly used in paper and packaging industries as well as the textile industries for ensuring the best quality of the packaging materials like leather, fabric, paper and corrugated sheets.
Tensile testing is one method routinely used to determine the mechanical properties of plastics. This piece presents an example of measuring the mechanical properties of acrylonitrile butadiene styrene (ABS), Polyoxymethylene (POM), Polyethylene terephthalate (PET) and polystyrene (PS)
Quality is a relative term. It means customer needs is to be satisfied. Quality is of prime importance in any aspect of business. Customers demand and expect value for money. As producers of apparel there must be a constant endeavor to produce work of good quality. To assess the quality of textile product Textile Testing is very important work or process. Testing In response to ever-changing governmental regulations and the ever-increasing consumer demand for high quality, softlines testing and textile testing help to minimize risk and protect the interest of both manufacturers and consumers. It is important that testing is not undertaken without adding some benefit to the final product.
Textile Testing & Quality Control (TTQC) is very important work or process in each department of export oriented industry. Buyers want quality but not quantity. In every department of textile industry quality maintained of each material, Because one material’s quality depend on another’s quality. For example, if qualified fiber is inputted then output will be good yarn.
Similar to Stretchbands Technical and Testing Booklet (20)
4. 4
Typical Physical Properties, General Manufacturing
Range, and Tolerances
Belt sizes from 10mm to 300mm wide, and 75mm to 1500mm long.
General thickness tolerance of ± 0.15mm on press moulded belts, and ± 0.1mm
on ground/linished belts.
Installed load of nominal 1N/mm2 of belt cross section.
Width tolerance normally ± 0.5mm.
Available with impression or ground finish.
Available on a Dual Durometer construction.
Available with tracking ribs or perforations.
6. 6
Testing Capabilities
Fenner Precision owns a well-equipped testing laboratory
that can simulate the environment of an ATM. Our on-site
laboratory includes facilities for:
Rheology testing
Hardness testing
Tensile testing
We are also able to simulate an extended belt life cycle with
our environmentally controlled dynamic testing chamber.
This chamber has a temperature range of -400C to +700C.
The pulley setup from our long term
StretchBand testing equipment. It
simulates the convoluted path a
belt may take in a cash machine. An
eccentric pulley replicates a stack of
notes passing through.
7. 7
Coefficient of Friction and Electrical Conductivity
Results of testing a Fenner Precision StretchBand and a competitor’s belt.
Belt Typical Belt Face Coefficient of Friction
Fenner Precision 0.65mm
Seamless Elastic EPDM Belt
Impression 1.07
Plain 1.07
Competitor 0.65mm Seamless
Elastic PU Belt
Manufactured (Gloss) 0.48
Ground (Matte) 1.02
Belt Typical Belt Face Electrical Conductivity (MΩ)
Fenner Precision 0.65mm
Seamless Elastic EPDM Belt
Impression 0.28
Plain 0.29
Through 0.27
Competitor 0.65mm Seamless
Elastic PU Belt
Manufactured (Gloss) 0.48
Ground (Matte) 726
Through 1000
Electrical Conductivity
Coefficient of Friction
8. 8
Fenner Precision StretchBand Tension during
Accelerated Life Testing
InstalledTension v. RunningTime (as years)
Testing of Fenner Precision’s 1.0mm seamless elastic EPDM StretchBands.
9. 9
Tension Decay Comparison
A comparison between Fenner Precision’s seamless elastic EPDM StretchBands and
competitors’seamless elastic PU belts.
Tension Decay after 12 hours at 230C, 50%RH, No Motion
10. 10
Long Term Tension Decay Comparison
Tension Decay after 3 months (-400C to +500C)
A comparison between Fenner Precision’s seamless elastic EPDM StretchBands and a
competitors’seamless elastic PU belts.
11. 11
Comparison of Tension at Different Temperatures
InstalledTension v.Temperature (-100C to +200C)
As the temperature
varies so does the
tension on the
competitor’s belt,
whereas the Fenner
Precision StretchBand
tension remains
relatively constant.
Excessive tension
variation can lead to
slipping and tracking
issues.
A comparison between Fenner Precision’s 1.0mm seamless elastic EPDM StretchBands
and a competitor’s 1.0mm seamless elastic PU belts.
12. 12
Installed Tension Properties at Various Temperatures
InstalledTension v.Temperature (-400C to +400C)
The Fenner Precision
0.65mm StretchBand
remains stable over
a wider range of
temperatures than
the competitor’s
0.65mm belt.
A comparison between Fenner Precision’s 0.65mm seamless elastic EPDM StretchBands
and a competitor’s 0.65mm seamless elastic PU belts.
Belt tracked
off pulley
13. 13
Comparison of Tension at Different Humidities
InstalledTension v. Relative Humidity (50% to 100%)
As the humidity varies
so does the tension on
the competitor’s belt,
whereas the Fenner
Precision StretchBand
tension remains
relatively constant.
Excessive tension
variation can lead to
slipping and tracking
issues.
A comparison between Fenner Precision’s 1.0mm seamless elastic EPDM StretchBands
and a competitor’s 1.0mm seamless elastic PU belts.
14. 14
Improved tension characteristics across a wide range of temperatures and
humidities when compared to competitors’polyurethane belts.
Fenner Precision EPDM StretchBands operate between -200C and +500C. At
-100C the flexibility of the competitor’s belts was poor.
Enhanced tracking capabilities compared to competitors’polyurethane belts.
Fenner Precision StretchBands don’t require tensioners; enabling simpler, more
cost-effective design systems.
Property Fenner Precision 0.65mm
Seamless Elastic EPDM
StretchBands
Competitor 0.65mm
Seamless Elastic
Reinforced PU Belts
Installed Tension Decay = =
Working Temperature Range + -
Coefficient of Friction + -
Electrical Conductivity + -
Key: + Superior to competitor; - Inferior to competitor; = Comparable to competitor
Summary of Results
16. For more information, contact:
Fenner Precision
info@fennerprecision.com
Tel: +44 (0)1522 551010
Fax: +44 (0)1522 511252
www.fennerprecision.com
ISO 9001 2008
Made in England