The document discusses KömaDur, a system of solid PVC-U sheets from Kömmerling that are suitable for a wide range of indoor and outdoor applications. KömaDur sheets come in five variants (M, D, ES, H, WA) that have different properties tailored to applications like signs, displays, machine construction, and more. The sheets are easy to work with, resistant to chemicals and weathering, and can be thermoformed, welded, and machined. Technical data is provided on the physical and mechanical properties of the different KömaDur variants.
This document confirms that the raw material GEHR PP, natural used in manufacturing semi-finished products meets the requirements of various European Directives and FDA regulations. It provides contact information for the technical and quality management representatives at GEHR Kunststoffwerk in case of any additional questions. The certificate is valid for one year and customers should periodically verify regulatory status due to possible changes in laws.
1. ENSINGER provides technical guidelines for machining various plastic materials.
2. Key guidelines include using carbide-tipped tools for reinforced plastics, ensuring proper tool sharpening, and allowing for heat dissipation during machining.
3. Specific tips are provided for milling, drilling, sawing, and threading to optimize surface finish and prevent cracking or burring. Stress relief of materials may also be required before or during machining.
PLEXIGLAS is an acrylic material ideal for aquariums, pressure vessels, artistic structures, and animal enclosures due to its clarity, strength, break resistance, and ease of thermoforming and machining. It is available in large flat or curved sheets, blocks up to 200mm thick, and customized grades for solvent or UV resistance. Certificates and specialized blocks ensure it can withstand extreme pressures and underwater applications. PLEXIGLAS offers designers and engineers a versatile material for a wide variety of specialty glazing applications.
The document provides information on various types of thermoplastic materials including PVC, PVC-HI, PVC-ELS, and PVC-C. It describes their properties such as flame retardancy, chemical resistance, strength, and operating temperatures. Example applications mentioned include pump and valve bodies, seals, pipe lines, and lamp housings. Dimensions, weights, tolerances and certifications are also listed for PVC round rods and hollow bars.
The document discusses KömaDur, a system of solid PVC-U sheets from Kömmerling that are suitable for a wide range of indoor and outdoor applications. KömaDur sheets come in five variants (M, D, ES, H, WA) that have different properties tailored to applications like signs, displays, machine construction, and more. The sheets are easy to work with, resistant to chemicals and weathering, and can be thermoformed, welded, and machined. Technical data is provided on the physical and mechanical properties of the different KömaDur variants.
This document confirms that the raw material GEHR PP, natural used in manufacturing semi-finished products meets the requirements of various European Directives and FDA regulations. It provides contact information for the technical and quality management representatives at GEHR Kunststoffwerk in case of any additional questions. The certificate is valid for one year and customers should periodically verify regulatory status due to possible changes in laws.
1. ENSINGER provides technical guidelines for machining various plastic materials.
2. Key guidelines include using carbide-tipped tools for reinforced plastics, ensuring proper tool sharpening, and allowing for heat dissipation during machining.
3. Specific tips are provided for milling, drilling, sawing, and threading to optimize surface finish and prevent cracking or burring. Stress relief of materials may also be required before or during machining.
PLEXIGLAS is an acrylic material ideal for aquariums, pressure vessels, artistic structures, and animal enclosures due to its clarity, strength, break resistance, and ease of thermoforming and machining. It is available in large flat or curved sheets, blocks up to 200mm thick, and customized grades for solvent or UV resistance. Certificates and specialized blocks ensure it can withstand extreme pressures and underwater applications. PLEXIGLAS offers designers and engineers a versatile material for a wide variety of specialty glazing applications.
The document provides information on various types of thermoplastic materials including PVC, PVC-HI, PVC-ELS, and PVC-C. It describes their properties such as flame retardancy, chemical resistance, strength, and operating temperatures. Example applications mentioned include pump and valve bodies, seals, pipe lines, and lamp housings. Dimensions, weights, tolerances and certifications are also listed for PVC round rods and hollow bars.
Semi-Finished Engineering Plastic Products. TECAFORM is a versatile engineering plastic with high strength and dimensional stability. It is suitable for a wide range of applications due to its resistance to organic solvents and outstanding machinability. TECAFORM has good sliding and abrasion behavior and low water absorption properties. The document provides information on different grades of TECAFORM and their properties, as well as specifications for TECAFORM tubes in various diameters and tolerances.
The document provides information on the thermoplastic polymer polyoxymethylene (POM) including its delivery program, properties, applications, and chemical resistance. POM has a continuous service temperature up to 100°C, high surface strength surpassed by few materials, and good sliding and wear resistance due to its strength and smooth surface. It has applications in bearings, fittings, gears, pumps, and textiles. POM demonstrates resistance to many chemicals at room temperature and 60°C but is not resistant to strong acids or oxidizing agents.
This document provides information on PEEK (polyetheretherketone) thermoplastic materials including their properties, applications, and available stock shapes from GEHR. PEEK has very high strength and stiffness even at low temperatures, high thermal stability, creep resistance, and resistance to chemicals and radiation. Common applications include bearings, seals, and parts for the semiconductor and medical industries. Reinforced grades of PEEK include versions with glass fibers or other materials to improve friction and wear properties. GEHR supplies PEEK in rod, sheet and customized shapes.
This document provides information on polymethyl methacrylate (PMMA), including its properties, applications, and GEHR's product offerings. Specifically:
- PMMA is brittle with high hardness, strength, and rigidity. It is scratch resistant, polishable, and has good temperature resistance and UV stability within an operating range of -40°C to +70°C.
- GEHR offers PMMA in the forms of round rods and square bars in various sizes and tolerances.
- Applications include parts for displays, food industry, lamp tubes, and hand rails due to its properties such as transparency, thermal stability, and weather resistance.
Murdotec Kunststoffe is a leading German manufacturer of high-quality thermoplastic semi-finished products. They specialize in processing polyethylene into sheets, pre-cut parts, and rods. Murdotec prioritizes quality in raw material selection, manufacturing, and production goals. They work closely with customers to develop individual solutions and provide expert advice on optimizing applications of semi-finished products. A wide range of high molecular and ultra-high molecular polyethylene materials enables Murdotec to effectively meet special customer requirements.
Agru purad high purity piping systems pvdf uhp, pp pure, polypure, ectfe, pvd...mandalika3
The document discusses the PURAD piping system from AGRU Kunststofftechnik GmbH. It describes how PURAD piping systems use high purity materials like PVDF, PP, and ECTFE to transport ultra pure media for industries like semiconductor, life sciences, and food. It highlights key benefits as purity, chemical resistance, safety, and ability to meet critical applications and safety requirements. The document also provides details on AGRU's quality management and production processes to ensure high quality piping systems.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow and levels of neurotransmitters and endorphins which elevate and stabilize mood.
The document discusses ECTFE, a thermoplastic fluoropolymer material that is highly chemically resistant. It can be used for piping systems, tanks, and other applications handling aggressive chemicals like sulfuric acid. The document outlines ECTFE's performance in these applications over long periods without degradation. It also compares ECTFE to other materials like PTFE, FEP, and PFA, noting ECTFE's better barrier properties and resistance to permeation. Finally, it describes AGRU's complete product range for building ECTFE piping systems, including pipes, fittings, valves, and connection technologies.
Agru industrial piping systems for industrial applicationmandalika3
The document discusses industrial piping systems from AGRU Kunstofftechnik GmbH for transporting aggressive media. It describes the wide range of pipe, fitting, valve and component materials including PE, PP, PVDF and ECTFE. It also outlines the welding and installation methods as well as AGRU's quality management system and product compliance. Applications mentioned include cooling water, waste water, and chemical processing.
Agru agruair & agrusan piping systems for compressed air and sanitary applic...mandalika3
The document describes two piping systems produced by AGRU Kunststofftechnik GmbH - AGRUAIR for compressed air applications and AGRUSAN for sanitary applications. AGRUAIR is made from corrosion-resistant PE 100 material for compressed air pipelines. AGRUSAN is made from PP-R, which ensures longevity and avoids deposits, for applications like water supply, heating, and washing installations. Both systems offer a variety of pipes, fittings, valves, and accessories.
The document provides product information for GEHR PMMA (polymethylenemethylacrylate) tubes and rods, confirming that the raw materials used meet the requirements of regulatory bodies in Germany, Europe, and the United States, such as the Bundesinstitut für Risikobewertung, European Directives, and Food and Drug Administration. It also lists the address and contact information for GEHR GmbH, the manufacturer of the semi-finished PMMA products.
GEHR PVDF is resistant to many chemicals including acids, bases, alcohols, and oils at room temperature and 60°C. It is partly resistant or non-resistant to some solvents such as 1,4-dioxane, acetone, tetrahydrofuran, and xylene depending on temperature and concentration. The document provides a table evaluating the chemical resistance of GEHR PVDF to over 100 chemicals using symbols to indicate if it is resistant, partly resistant, or non-resistant.
The document summarizes the chemical resistance of GEHR PVC-U at room temperature and 60°C. It lists various chemicals and their concentrations and rates PVC-U as resistant (+), partly resistant (o), or non-resistant (-) to each chemical. It also notes that the ratings are approximate and can depend on factors like temperature, stress level, and contact time. PVC-U is resistant to many acids, alkalis, and oils but not resistant to aromatic hydrocarbons, chlorinated hydrocarbons, or ketones.
This technical data sheet provides physical, mechanical, thermal, electrical, and additional properties of polyvinyl chloride (PVC-U). Key properties include:
- A specific gravity of 1.36 g/cm3 and water absorption of 0.2% under test methods ISO 1183 and DIN 53495.
- Tensile strength at yield of 55 MPa, elongation at yield of 3%, and tensile strength at break of 30 MPa per ISO 527.
- A Vicat softening point of 75°C and heat deflection temperature of 72°C as measured by ISO 306 and ISO 75 tests.
- Volume and surface resistivity over 1013-101
Semi-Finished Engineering Plastic Products. TECAFORM is a versatile engineering plastic with high strength and dimensional stability. It is suitable for a wide range of applications due to its resistance to organic solvents and outstanding machinability. TECAFORM has good sliding and abrasion behavior and low water absorption properties. The document provides information on different grades of TECAFORM and their properties, as well as specifications for TECAFORM tubes in various diameters and tolerances.
The document provides information on the thermoplastic polymer polyoxymethylene (POM) including its delivery program, properties, applications, and chemical resistance. POM has a continuous service temperature up to 100°C, high surface strength surpassed by few materials, and good sliding and wear resistance due to its strength and smooth surface. It has applications in bearings, fittings, gears, pumps, and textiles. POM demonstrates resistance to many chemicals at room temperature and 60°C but is not resistant to strong acids or oxidizing agents.
This document provides information on PEEK (polyetheretherketone) thermoplastic materials including their properties, applications, and available stock shapes from GEHR. PEEK has very high strength and stiffness even at low temperatures, high thermal stability, creep resistance, and resistance to chemicals and radiation. Common applications include bearings, seals, and parts for the semiconductor and medical industries. Reinforced grades of PEEK include versions with glass fibers or other materials to improve friction and wear properties. GEHR supplies PEEK in rod, sheet and customized shapes.
This document provides information on polymethyl methacrylate (PMMA), including its properties, applications, and GEHR's product offerings. Specifically:
- PMMA is brittle with high hardness, strength, and rigidity. It is scratch resistant, polishable, and has good temperature resistance and UV stability within an operating range of -40°C to +70°C.
- GEHR offers PMMA in the forms of round rods and square bars in various sizes and tolerances.
- Applications include parts for displays, food industry, lamp tubes, and hand rails due to its properties such as transparency, thermal stability, and weather resistance.
Murdotec Kunststoffe is a leading German manufacturer of high-quality thermoplastic semi-finished products. They specialize in processing polyethylene into sheets, pre-cut parts, and rods. Murdotec prioritizes quality in raw material selection, manufacturing, and production goals. They work closely with customers to develop individual solutions and provide expert advice on optimizing applications of semi-finished products. A wide range of high molecular and ultra-high molecular polyethylene materials enables Murdotec to effectively meet special customer requirements.
Agru purad high purity piping systems pvdf uhp, pp pure, polypure, ectfe, pvd...mandalika3
The document discusses the PURAD piping system from AGRU Kunststofftechnik GmbH. It describes how PURAD piping systems use high purity materials like PVDF, PP, and ECTFE to transport ultra pure media for industries like semiconductor, life sciences, and food. It highlights key benefits as purity, chemical resistance, safety, and ability to meet critical applications and safety requirements. The document also provides details on AGRU's quality management and production processes to ensure high quality piping systems.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow and levels of neurotransmitters and endorphins which elevate and stabilize mood.
The document discusses ECTFE, a thermoplastic fluoropolymer material that is highly chemically resistant. It can be used for piping systems, tanks, and other applications handling aggressive chemicals like sulfuric acid. The document outlines ECTFE's performance in these applications over long periods without degradation. It also compares ECTFE to other materials like PTFE, FEP, and PFA, noting ECTFE's better barrier properties and resistance to permeation. Finally, it describes AGRU's complete product range for building ECTFE piping systems, including pipes, fittings, valves, and connection technologies.
Agru industrial piping systems for industrial applicationmandalika3
The document discusses industrial piping systems from AGRU Kunstofftechnik GmbH for transporting aggressive media. It describes the wide range of pipe, fitting, valve and component materials including PE, PP, PVDF and ECTFE. It also outlines the welding and installation methods as well as AGRU's quality management system and product compliance. Applications mentioned include cooling water, waste water, and chemical processing.
Agru agruair & agrusan piping systems for compressed air and sanitary applic...mandalika3
The document describes two piping systems produced by AGRU Kunststofftechnik GmbH - AGRUAIR for compressed air applications and AGRUSAN for sanitary applications. AGRUAIR is made from corrosion-resistant PE 100 material for compressed air pipelines. AGRUSAN is made from PP-R, which ensures longevity and avoids deposits, for applications like water supply, heating, and washing installations. Both systems offer a variety of pipes, fittings, valves, and accessories.
The document provides product information for GEHR PMMA (polymethylenemethylacrylate) tubes and rods, confirming that the raw materials used meet the requirements of regulatory bodies in Germany, Europe, and the United States, such as the Bundesinstitut für Risikobewertung, European Directives, and Food and Drug Administration. It also lists the address and contact information for GEHR GmbH, the manufacturer of the semi-finished PMMA products.
GEHR PVDF is resistant to many chemicals including acids, bases, alcohols, and oils at room temperature and 60°C. It is partly resistant or non-resistant to some solvents such as 1,4-dioxane, acetone, tetrahydrofuran, and xylene depending on temperature and concentration. The document provides a table evaluating the chemical resistance of GEHR PVDF to over 100 chemicals using symbols to indicate if it is resistant, partly resistant, or non-resistant.
The document summarizes the chemical resistance of GEHR PVC-U at room temperature and 60°C. It lists various chemicals and their concentrations and rates PVC-U as resistant (+), partly resistant (o), or non-resistant (-) to each chemical. It also notes that the ratings are approximate and can depend on factors like temperature, stress level, and contact time. PVC-U is resistant to many acids, alkalis, and oils but not resistant to aromatic hydrocarbons, chlorinated hydrocarbons, or ketones.
This technical data sheet provides physical, mechanical, thermal, electrical, and additional properties of polyvinyl chloride (PVC-U). Key properties include:
- A specific gravity of 1.36 g/cm3 and water absorption of 0.2% under test methods ISO 1183 and DIN 53495.
- Tensile strength at yield of 55 MPa, elongation at yield of 3%, and tensile strength at break of 30 MPa per ISO 527.
- A Vicat softening point of 75°C and heat deflection temperature of 72°C as measured by ISO 306 and ISO 75 tests.
- Volume and surface resistivity over 1013-101
2. TECAPEEK. The high-temperature plastic
with outstanding mechanical properties.
The hydrolysis resistance of TECAPEEK
extends to over 200° C. TECAPEEK insulates
electrically even at high voltages.
Electrical engineering and medical technology Gear wheel
as well as mechanical engineering and aerospa- TECAPEEK:
ce benefit from the outstanding load-bearing Torque transmission,
strength of TECAPEEK high-temperature
application, high sur-
face loads.
| Continuous operating temperature up to +
260° C and briefly even up to + 300° C
| Outstanding mechanical properties even at
high temperatures
| Outstanding resistance to chemicals Cam guide
TECAPEEK PVX:
| Hydrolysis resistance even above + 200° C Automation and robo-
tics, very good sliding
TECAPEEK
| Electrically insulating even with high volta- friction values, high
ges resistance to chemi-
cals.
| Excellent sliding properties
| Resistant to high-energy radiation
TECAPEEK TECAPEEK MT black Transport pinion
Continuous operating temperature Hydrolysis-resistant, autoclavable semi- TECAPEEK MT:
up to + 260° C. Outstanding mecha- finished product with approvals for Suitable for use with
nical properties even at high tempe- medical technology. foodstuffs, resistant to
ratures. sterilisation, dimensional-
TECAPEEK ELS ly stable.
TECAPEEK GF 30 defined electrical conductivity, carbon
Glassfibre-reinforced semi-finished fibre reinforced providing high strength,
product with enhanced strength. with approvals for use in semi-conductor
Excellent resistance to chemicals. technology and the electronics industry.
TECAPEEK CF 30 black TECAPEEK HT
Very high strength values thanks to very high abrasion and wear resistance,
the addition of carbon fibres. Enhan- high load-bearing capacity in static and
ced abrasion resistance. dynamic conditions, excellent chemical
resistance.
TECAPEEK PVX black
Very good sliding and friction values. TECAPEEK TF 10
Suitable for bearing parts subject to Very good sliding and friction propertics,
high loads. suitable for soft mating partners.
Electrically insulating. 43
10. Mechanical properties
0,
24
), 2
(r D
ENSINGER High-temperature plastics.
/2 TM
6,
, 25
39 S
20 D: A
nd =
21 D
)) 8,
st
ou v
t
)) 7 TM
(a 3
gr 2
es
te
st ptu th: rpy:ISO (s) , ISO re
Material standard values.
A AS 08 D 6
d m
h
(k 1 S
7) t
o
9
8) al
))
6 SO : A
an /m
ith ru ren Cha EN 456785 , Sh
08 8,
0
e
(a
17 ur
00
52 l
17 M
17 63
45 I d
si
d 5N
)
lo tre 53 EN, Izo
43 D 9/1
O ex
7)
D ST
O n
r1
D D
IS r te
52
en ,0
IN M 3
IS r fl
M (A
IN IN 9
te
D T 20
M M
D D 17
rd = 0
9)
O
af
EN fte
EN fte
ST T
), S O
ST k
EN ld
IS
)
47
A rea
(a : A S
us
h
h
ha p
IN a
IN a
5 l I
r 1 1%
IN ie
gt
el :
0
l, n
78 w on
7, k (
D ity
ity
io
53
7, b
D y
00
ee io
ad n
ev
D ck tati
te r
8, at
52 at
52 ea
8, tic
0, tic
st i), IN
af fo
st rict
IN
pr
ct 0 ( (D
TM), R en
O br
g
63 th
on SO th
63 as
79 as
D
D
ic s
n it
on f f
Im : AS (d ind
o
pa 18 ce
as
lim
D ng
ng
at re
D el
D el
2,
IS at
/s t o
im O n
79
M tre
EN tre
l
M of
of
h IS ta
ns
rs 05 al
EN n
ga ld
m n
tc N sis
io
Co tio
he 3 5 (b
D
tio
ST us
ST us
6 ie
ST s
IN s
I
on ie
IN t
ST y
no E re
ot 5 ss
(A sile
D ile
0, fic
D ga
M
M
el y
(A sit
(A ul
(A ul
di
w ep
IN e
IN t
(c ar
e
D pac
D rdn
ns
ef
od
od
on
en
m
n
e
e
Te
Te
Cr
W
a
M
M
El
Ti
D
H
Works- DIN- additives Service EZ EB HK an µ V Works-
and/or temperature S R R B/1000 1/1000
nomenclature abbreviation g/cm3 MPa MPa % MPa MPa MPa kJ/m2 MPa MPa – µ/km nomenclature
colour °C long term
SINTIMID SINTIMID
PI black 300 1,34 116 9 4000 4000 75 12 0,8
PUR HT PUR HT
SINTIMID SINTIMID
PI CS 15 15% graphite, black 300 1,42 97 2,8 4000 4000 88(d) 26(i) 0,27
15G 15G
SINTIMID SINTIMID
PI CS 40 40% graphite, black 300 1,57 65 2,2 80(d)
40G 40G
SINTIMID 15% graphite, 10% SINTIMID
PI CS 15 TF 10 300 1,48 77 2,9 85(d)
PVX PTFE, black PVX
SINTIMID SINTIMID
PI PTFE 30 30% PTFE 260 1,51 82 4,1 84(d)
30P 30P
SINTIMID SINTIMID
PTFE + PI Polyimid P84, brown 260 1,85 15 200 65(d)
8000 8000
TECAPEEK TECAPEEK
PEK 260 1,3 2110 20 3800 4100 108(r) .
HT HT
TECAPEEK PEEK also in black** 260 1,32 95 25 3000 4100 M99 o. Br. 0,30-0,38 TECAPEEK
TECAPEEK TECAPEEK
PEEK GF 30 30% glass fibre 260 1,49 180 2,5 9500 10000 M103 60 36 0,38-0,46
GF 30 GF 30
TECAPEEK 30% carbon fibre, TECAPEEK
PEEK CF 30 260 1,40 215 1,5 18500 20000 255 35
CF 30 black CF 30
TECAPEEK 10% carbon fibre, TECAPEEK
PEEK 260 1,48 130 1,5 9500 8100 208 30 0,11
PVX PTFE, graphite, black PVX
TECAPEEK TECAPEEK
PEEK coloured 260 1,32 95 20 3000 4100 M99(r) o. Br. 0,30-0,38
MT MT
TECAPEEK TECAPEEK
PEEK black 260 1,32 95 20 3000 4100 M99(r) o. Br. 0,30-0,38
MT sw MT sw
TECAPEEK TECAPEEK
PEEK CF carbon fibre, black 260 1,44 175 1 15500 M105 30
ELS ELS
TECAPEEK TECAPEEK
PEEK TF 10 PTFE 260 1,35 80 15 3000 n. b.
TF 10 TF 10
TECAFLON TECAFLON
PTFE 260 2,18 25 > 50 700 30 o. Br. 5 1,58 0,08-0,10 21
PTFE PTFE
TECATRON PPS 230 1,35 75 4 3700 3600 190 50 TECATRON
TECATRON TECATRON
PPS black 230 1,35 75 4 3700 3600 190 50
MT sw MT sw
TECATRON TECATRON
PPS GF 40 40% glass fibre 230 1,65 185 1,9 14000 13000 320 45
GF 40 GF 40
TECATRON 10% carbon fibre, TECATRON
PPS 230 1,54 115 1,5 10000 203 20 0,21 0,69
PVX PTFE, graphite, black PVX
TECASON TECASON
PES translucent 180 1,37 90 40 2700 148 o. Br. 20
E E
TECASON TECASON
PPSU black 170 1,29 70 > 50 2350 2600 31 o. Br.(k)
P P
TECASON TECASON
PPSU black 170 1,29 70 > 50 2350 2600 31 o. Br.
P MT sw P MT sw
TECAPEI PEI translucent 170 1,27 105 > 50 3200 3300 140 4 TECAPEI
TECAPEI TECAPEI
PEI GF 30 30% glass fibre 170 1,51 165 2 9500 9000 165 40
GF 30 GF 30
TECAPEI TECAPEI
PEI coloured 170 1,27 105 3200 3300 140 4
MT MT
TECASON TECASON
PSU translucent 160 1,24 80 > 50 2600 147 o. Br. 42 22 0,4
S S
TECAFLON TECAFLON
E/TFE 150 1,73 45 40 800 60(d) o. Br. 0,4
TECHNICAL
ETFE ETFE
DATA
TECAFLON TECAFLON
PVDF 150 1,77 50 > 30 2000 2000 80 o. Br. 34 3 0,3
PVDF PVDF
TECAFLON 8% carbon fibre, TECAFLON
PVDF CF 8 150 1,78 93 1 6000 6000 0,23
PVDF CF 8 black PVDF CF 8
The information corresponds with current knowledge, and indicates our pro- Tests are carried out in a standard atmosphere of 23° C 50 RH according to DIN
ducts and possible applications. We cannot give you a legally binding guaran- 50 014.
tee of the physical properties or the suitability for a specific application. We reserve the right to make technical alterations.
Existing commercial patents are to be taken into account. A definite quality
guarantee is given in our general conditions of sale.
76