Name: drylin® W carriage T20, stainless steel - FDA-compliant (WW-10-40-T20-ES2-J)
SKU: WW-10-40-T20-ES2-J
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drylin® W carriage T20, stainless steel - FDA-compliant

Ashish Rai

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Quickly find the perfect conveyor roller for your application: simply enter your requirements and receive suitable conveyor rollers with a calculation of the expected deflection&nbsp;.

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Very good coefficient of friction for low or medium loads
Higher temperature resistance up to 120 °C



iglidur® A350 | The endurance runner at higher temperatures in the food sector
iglidur® A350 is designed in such a way that it can be used for all loads in the food and packaging industry. Even high loads, as seen in lifting equipment or presses, are easy and the material works without any external lubrication.

Typical applications

Food industry
Beverage industry
Medical technology


When to use it?

When FDA compliance is required
When wear resistance and FDA are required for high loads
When the material is used in acid environments

When not to use it?

When temperatures are continuously higher than +180°C
When the maximum wear resistance is necessary
When a cost-effective FDA-compliant material is required
For high speeds



attributes_iglidur_q2e_material_description

Bearings of so-called tracking systems in photovoltaic systems defy particularly adverse environmental conditions. iglidur P UV was developed for this area of application. The special composition ensures high resistance to ultraviolet rays and ensures that components made of iglidur P UV function for a particularly long time and with the least possible loss of strength. 


attributes_iglidur_a290_material_description

iglidur® GLW | Low-cost material for large volumes
With iglidur® GLW we can offer our customers an alternative to iglidur® G for large series applications. Featuring similar mechanical properties as iglidur® G, iglidur® GLW is primarily recommended for static loads. These applications, where the properties of iglidur® G are unimportant to a degree , iglidur® GLW presents a cost-effective alternative.

Typical applications

Automotive
Machine tools
Robotics


When to use it?

When an economical universal material for high volumes is required
For high, primarily static loads
For low to medium speeds

When not to use it?

When mechanical reworking of the wall surface is required
For primarily dynamic loads
When extreme wear resistance is required
For use under water




Electrostatically dissipative (ESD), without interference currents in live parts
Contact resistance 10^6 – 10^9 Ohm x cm
Increased rigidity
Colour: black (continuous)


Selective laser sintering (SLS) material: iglidur i9-ESD
The laser sintering powder iglidur i9-ESD has a electrical resistance of 10^6 to 10^9 Ohm. This makes it electrostatically dissipative (ESD), and at the same time reduces the risk of unwanted discharge currents between sensitive, electrical components. This makes it ideal for applications in the electronics and semiconductor industries, and especially for electronic connectors.

When to use it?

When antistatic components with medium conductivity are needed
For applications under water or with high humidity
When components with high stiffness are required
When components with high UV resistance are required
When black components are required

When not to use it?

If I need ESD parts with better conductivity (→ iglidur i8-ESD)
For worm wheel applications (→ iglidur i6)
If the application requires a food grade material (→ iglidur i6 or iglidur i6-BLUE)
If the application temperature is higher than 80 °C in the long term (→ iglidur A350 or iglidur RW370)



iglidur® R | Low-cost material, low coefficients of friction
In the development of iglidur® R, the focus was on high performance and a very low price. In particular, low friction and wear values were to be achieved in dry running. Components made of iglidur® R are specifically supported by a combination of solid lubricants. The PTFE and silicone-free material achieves outstandingly low friction values in dry running and runs largely stick-slip-free.


Typical areas of application

Motorcycle/Rolloler
Furniture/industrial design
Sport, fitness &amp; rehab



When do I use it?

When high wear resistance at low loads is required
When a very inexpensive material is required
When very low coefficients of friction are required in dry running
When edge loads occur
When low moisture absorption is desired
When PTFE or silicone are not approved for the application

When should I not use it?

When high pressure loads occur
When temperatures are permanently higher than +90 °C
When the best possible wear resistance is required 



iglidur® A181 | The universal material for food contact
The material iglidur® A181 offers both FDA and 10/2011 EC compliance. The blue colour also facilitates the &#34;optical detectability&#34; often desired in the food sector. Compared to iglidur® A180 with regard to the mechanical properties, temperature and media resistance, iglidur® A181 is more suitable with respect to the wear resistance in most cases.

Typical applications

Beverage industry
Food industry
Medical technology


When to use it?

When FDA compliance is required
When a material conforming to the 10/2011 EC is required
When an universal material suitable for direct contact with food is required

When not to use it?

When FDA and 10/2011 EC regulation compliance are not required
When continuous operating temperatures are higher than +90°C
When a cost-effective universal material is sought




High wear-resistance and maximum stability
Good mechanical properties
Accurate surface details
For sliding applications and gears


Selective laser sintering (SLS) material: iglidur i3
The iglidur i3 material, specially developed for laser sintering, showed an abrasion resistance 3 to 30 times better than conventional materials for laser sintering in the tribological tests in the igus® test laboratory. As a result, the degrees of freedom are further increased when designing wear-stressed sliding components. It is used for  all  sliding applications, as well as rollers, racks, spur gears and bevel gears.

When to use it?

For all types of applications where low friction and high wear resistance are important
When components with high mechanical strength are required, in particular spur gears, bevel gears, drive nuts, special slides and spherical bearings
Very good wear properties with anodised aluminium as a counter partner

When not to use it?

For use under water or with high humidity (→ iglidur i8-ESD)
If components with ESD specifications are required (→ iglidur i8-ESD or iglidur i9-ESD)
For worm gear applications (→ iglidur i6)
If a food grade material is required (→ iglidur i6)
If components with higher elasticity are required (→ iglidur i10)
If the application temperature is higher than 80 °C in the long term (→ iglidur i230 or iglidur A350 or iglidur RW370)



Die Werkstoffe der ECON-Serie, iglidur J4, GLW, P4, PLW210, ALW350, HLW und NEU: Q2LW sind nicht nur für viele Anwendungsbereiche bestens geeignet, sondern nun auch im europäischen Markt in Standardabmessungen verfügbar.  
Vorteile: 

Universell einsetzbar
Varianten für hohe Temperaturen
Lebensmitteleinsatz und Verschleißfestigkeit verfügbar
Kostengünstig, besonders bei größeren Stückzahlen
Ca. 50 % reduzierter CO2-Fußabdruck  



iglidur® PEP - for all shaft surfaces and materials 
iglidur® PEP consists of a combination of two plastic layers. Even threads, rust or scratches do not impair the permanently reliable function. 



Food-safe according to FDA
Excellent abrasion resistance and very robust
Accurate surface details
Ideal for worm wheels


Selective laser sintering (SLS) material: iglidur i6
The iglidur i6 material was designed for laser sintering and was especially developed for manufacturing worm wheels for the food &amp; packaging industry. The tests in the igus test laboratory showed a longer service life than for conventionally milled gears - e.g. POM. This significantly increases flexibility in the design of components, because the laser sintering process eliminates the need for tooling and therefore special parts can be manufactured efficiently with no minimum order quantity. Furthermore, iglidur i6 is ideal for snap-on connections due to the higher elongation at break.

When do I use it?

When a food grade material is required
For applications with sliding motion, especially for worm gears
If a white base material is required for subsequent colouring

When not to use it?

When an optically detectable material in blue colour is required (→ iglidur i6-BLUE)
For applications under water or with high humidity (→ iglidur i8-ESD)
If components with ESD specifications are required (→ iglidur i8-ESD or iglidur i9-ESD)
In combination with anodised aluminium as a counter partner (→ iglidur i3)
For spur gear applications (→ iglidur i3)
If the application temperature is higher than 80 °C in the long term (→ iglidur A350 or iglidur RW370)



iglidur® A200 | FDA-compliant for low speeds
iglidur® A200 is suitable for use in direct contact with food. It is the ideal solution for bearing points on machines for the food industry, medical equipment manufacturing, small household appliances, etc. Since the addition of solid lubricants had to be dispensed with to ensure food compatibility, iglidur® A200 is specially designed for abrasion resistance. Additionally, the iglidur® A200 is characterised by its ability to embed dirt and by its quiet operation.

Typical applications

Food industry


When to use it?

Suitable for contact with food
When a low noise level is required
When dirt needs to become embedded
When FDA compliance is required

When not to use it?

When the maximum wear resistance is necessary
When temperatures greater than +80°C occur in the long term
When a cost-effective universal material is sought
For operations in wet environments




Versatile use: good combination of high wear resistance, strength and temperature resistance
Colour: black

Self-lubricating filament iglidur i180  in black colour
Components made from the 3D printing material iglidur i180-BL can be used universally for all types of wear-resistant parts, such as plain bearings, gears and drive nuts, as this material has also been specifically developed for moving applications. The higher wear resistance and higher temperature resistance (100°C over the long term) extend the range of application, especially for more dynamic applications with higher surface speeds.

When to use it?

When an increased permanent application temperature of up to 100°C is required
For highly dynamic plain bearing applications
If a black material is required

When not to use it?

If the application temperature is higher than 100°C in the long-term, or even higher wear resistance is required (→ iglidur J260) 



iglidur® Z | Longest service life under extreme conditions - Wear-resistant &amp; impact-resistant even under high loads and temperatures
Highest compressive strength, coupled with high elasticity, gives iglidur® Z its outstanding properties in connection with soft shafts, edge loads and impacts. At the same time, the bearings are suitable for temperatures up to +250 °C.

Typical areas of application

Construction machinery
Glass industry
aerospace industry
Mechanical engineering
Textile industry


When do I use it?

At temperatures up to +250 °C, continuous; or +310 °C, short-term
When high wear resistance is required, especially under high radial loads
For high sliding speeds
For edge pressure in conjunction with higher surface pressures

When should I not use it?

For low loads and temperatures
When an inexpensive all-round material is required
When an electrically conductive material is needed




Food compliant according to EU Regulation 10/2011
High abrasion resistance at low surface speeds 


Easy-to-process, abrasion-resistant filament - suitable for food contactiglidur i150 is characterised by high wear resistance, as the material is enriched with solid lubricants. It can be processed just as easily as standard PLA and PETG filaments. Due to its high wear resistance and good mechanical properties (strength, toughness, layer adhesion), it is an all-rounder material that is suitable for most applications and 3D printers. This makes it by far the most frequently used igus filament. There are restrictions only in terms of the maximum permanent application temperature of 65°C and for highly dynamic applications.Furthermore, it is suitable for food contact due to the conformity according to EU 10/2011 and is therefore ideal in applications in the food and packaging industry.  



Flexural strength up to 80 MPa, best iglidur filament
Excellent service life - 50 times higher abrasion resistance than ABS


Flexible and wear-resistant filament - iglidur i190
iglidur i190 is characterised by high wear resistance, as the material is enriched with solid lubricants. It can be processed on regular 3D printers, but a closed 3D printer is recommended. Due to its high wear resistance and excellent mechanical specifications (strength, toughness, coating adhesion), it is an all-round material that is suitable for most applications and 3D printers. Of all igus tribofilaments, only iglidur RW370 has a higher strength than iglidur i190. It can also withstand a long-term application temperature of up to 90 °C (after tempering the component).

When to use it?

For all types of applications where low friction and high wear resistance are important
When higher strengths are required

When not to use it?

If the application temperature is higher than 90 °C in the long term (→ iglidur J260 or iglidur RW370)
For applications under water or with high humidity (→ iglidur i180)
If the application requires a food grade material (→ iglidur i150 or iglidur A350)



iglidur® P | The favorable outdoor all-rounder - No swelling even with high ambient humidity
Due to its thermal stability and low water absorption, iglidur® P is one of the most dimensionally stable all-rounder materials for changing ambient conditions. iglidur® P is recommended for swivel and rotational movements with medium loads.

Typical areas of application

Mechanical engineering
Furniture / industrial design
Solar technology
Sports, fitness &amp; rehab
Traffic engineering


When do I use it?

When low moisture absorption is required
When a cost-effective material for high pressure loads is required
When higher precision is required in damp and medium temperatures

When do I not use it?

When mechanical reworking is required
When maximum wear resistance is required



attributes_iglidur_l350_material_description

iglidur® J350 | Endurance runner with high dimensional stability at temperature - applicable with many shafts and load collectives
A superior material for rotational applications - and that on many different steel shafts: The service life of iglidur® J350  can often be multiplied at loads between 2MPa and 50MPa. In addition, the high temperature resistance makes it a very versatile material.

Typical applications

Vending machinery
Automotive
Glass industry
Machine tools


When to use it?

When a wear-resistant material for rotational movement at medium and high loads is required
When a cost-effective material is required for use at high temperatures
When press-fit up to +150°C is necessary
When high wear resistance is required at high loads
When the material is exposed to shock loading

When not to use it?

When continuous operating temperatures are higher than +180°C
When the lowest friction is required
When a cost-effective, low-friction mterial is sought
At high peripheral speeds



iglidur® P210 | Specialist for swivels, roller applications and more - Good friction and wear values on almost any shaft
With iglidur® P210, the user has a versatile all-rounder material at his disposal, which has an above-average service life, especially in swivel applications with medium loads of up to 20 MPa. The versatile material has already proven itself in numerous customer-specific solutions and as a semi-finished product material. Clip-on or pre-stressed designs and use in vehicle interiors are possible.

Typical areas of application

Agricultural engineering
Mechanical engineering
Furniture / industrial design
Textile industry


When do I use it?

If you are looking for a universal material for use in damp environments
When a very wear-resistant material is required for swivel applications in the medium load range
When edge loads and impacts occur
If the surface pressure of iglidur® J is not sufficient

When do I not use it?

When a universal material with the greatest possible variety of dimensions is sought
If a material is required for very highly loaded swivel applications
When temperatures greater than +100 °C occur



iglidur® L250 | For high speeds
iglidur® L250 is a material especially for high speeds, fast sliding movements and low coefficients of friction. The material can exploit these advantages especially at low loads. Applications in which these advantages play a role are fans, small motors, fast-running sensors or magnet technology.

Typical areas of application

Automotive


When do I use it?

For high-speed rotation applications
When maximum service life is required
For low loads
When low-noise running is required
For very low coefficients of friction

When not to use it?

When high pressure loads occur
When temperatures are permanently higher than +90 °C
When low moisture absorption is required



iglidur H5 was developed especially for use in corrosive environments in which high edge pressures and impact loads also occur.


iglidur® F | Electrically conductive, highly pressure-resistant
Highest stiffness and hardness, in addition particularly conductive: when it comes to the electrical conductivity of materials, i.e. especially in applications where electrostatic charging must not occur, iglidur® F is the right choice. The iglidur® F is extremely pressure-resistant. At room temperature, they could be statically loaded up to 105MPa.

Typical applications

Automotive
Textile industry


When to use it?

When the material should be electrically conductive
For high static loads

When not to use it?

When mechanical reworking of the material is required
When extreme wear resistance is required
When very low coefficient of friction in dry operation is required
For use under water
When a universal material is sought



iglidur® JB I Low friction and wear values 
The iglidur® JB material impresses with its low moisture absorption and good media resistance. It also has low friction and wear values.

Typical application areas

Medical technology
Special machine construction
Maintenance
Plant engineering

 When do I use it?

When a plastic with excellent wear and friction values is required
When high compressive strength is required
When high elasticity is required 



Iglidur® RW370 | Wear-resistant for railroad technology
The first iglidur® material that fulfills the European fire protection standard for rail vehicles is suitable for numerous wear-stressed applications in railroad technology due to its very complete property profile.


Typical areas of application

Furniture/industrial design
Transportation technology


When do I use it?

For applications in railroad technology that require suitability in accordance with DIN EN 45545
When high wear resistance at low to medium pressure loads is required
When low friction values are required in dry running
Low moisture absorption

When should I not use it?

When high pressure loads occur and suitability according to DIN EN 45545 is not required
When temperatures briefly exceeding +190 °C occur
If a cost-effective material is required for occasional movement 




Food compliant according to FDA and EU Regulation 10/2011
Blue colour for optical detectability 


Easy-to-process, abrasion-resistant filament for the printing of food grade components in blueThe iglidur i151 tribofilament is suitable for components with high wear resistance, as the material is filled with solid lubricants. It was specifically developed for use in the food and packaging industry: the printed components are compliant to FDA and EU Regulation 10/2011 and the blue colour ensures the required optical detectability. iglidur i151 is also an all-rounder material, and due to its good mechanical properties (strength, toughness, layer adhesion) it is suitable for most applications. iglidur i151 has comparable mechanical specifications as iglidur i150, by far the most frequently used igus filament. There are restrictions in terms of the maximum permanent application temperature of 65°C and for highly dynamic applications.

When to use it?

If the application requires a food grade material according to FDA or EU 10/2011
When an optically detectable material is required
For applications with low or medium surface speeds (safe up to 0.2 m/s, test for higher speeds)


When not to use it?

When the application temperature is higher than 65°C for a long time (→ iglidur i180 or iglidur J260 or iglidur A350 for food contact)
For highly dynamic applications (→ iglidur i180)
If food conformity, according to FDA ,and the blue colour are not necessary (→ iglidur i150)




Food compliant according to FDA and EU Regulation 10/2011
Temperature-resistant up to + 180 °C
Suitable for autoclave


Food-safe high-temperature filament, FDA-compliant
iglidur A350 is an abrasion-resistant, high-temperature filament developed for the food and packaging industry. As such, the raw material is compliant with EU 10/2011 and FDA food contact regulations and has the industry standard blue colour. It is temperature-resistant up to 180 °C, fire-retardant according to UL94-V0 and can be sterilised with superheated steam.
Tip: iglidur A350 complies with the fire prevention requirements of the Federal Aviation Administration of the USA (FAA) for aircraft interiors

When to use it?

For applications in the food industry with high application temperatures of up to 180 °C

When not to use it?

When high wear resistance at high temperature loads is required
If, in addition to high application temperatures, high strength is also required or complex parts are to be produced (→ iglidur RW370)



The material offers excellent friction and wear values at low to medium loads.
Areas of application: 

Packaging machines
Textile machinery
Furniture design 



drylin® W carriage T20, stainless steel - FDA-compliant

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