ARKPLAS Coiled Flexible Tubing, 90 Shore A, Green Opaque AP02TC061P2GR

Description
Polyether-based Polyurethane Tubing offers excellent resistance to chemicals, kinking, abrasion, hydrolysis, oxidation, and ozone exposure. Our Polyether-based Polyurethane tubing excels in maintaining exceptional flexibility, high-impact strength, and above average performance in cold temperature. Generally stronger than Ether-based tubing, Ester-based Polyurethane Tubing features above average chemical resistance, a high level of resilience, and adequate energy absorption. Although Polyester-based Tubing is not recommended for applications that expose the tubing to water or moisture, it does enjoy a slight cost advantage over Ether-based tubing.
Description
Polyether-based Polyurethane Tubing offers excellent resistance to chemicals, kinking, abrasion, hydrolysis, oxidation, and ozone exposure. Our Polyether-based Polyurethane tubing excels in maintaining exceptional flexibility, high-impact strength, and above average performance in cold temperature. Generally stronger than Ether-based tubing, Ester-based Polyurethane Tubing features above average chemical resistance, a high level of resilience, and adequate energy absorption. Although Polyester-based Tubing is not recommended for applications that expose the tubing to water or moisture, it does enjoy a slight cost advantage over Ether-based tubing.

Suppliers

Company
Product
Description
Supplier Links
Coiled Flexible Tubing, 90 Shore A, Green Opaque - AP02TC061P2GR - ARKPLAS
Flippin, AR, United States
Coiled Flexible Tubing, 90 Shore A, Green Opaque
AP02TC061P2GR
Coiled Flexible Tubing, 90 Shore A, Green Opaque AP02TC061P2GR
Polyether-based Polyurethane Tubing offers excellent resistance to chemicals, kinking, abrasion, hydrolysis, oxidation, and ozone exposure. Our Polyether-based Polyurethane tubing excels in maintaining exceptional flexibility, high-impact strength, and above average performance in cold temperature. Generally stronger than Ether-based tubing, Ester-based Polyurethane Tubing features above average chemical resistance, a high level of resilience, and adequate energy absorption. Although Polyester-based Tubing is not recommended for applications that expose the tubing to water or moisture, it does enjoy a slight cost advantage over Ether-based tubing.

Polyether-based Polyurethane Tubing offers excellent resistance to chemicals, kinking, abrasion, hydrolysis, oxidation, and ozone exposure. Our Polyether-based Polyurethane tubing excels in maintaining exceptional flexibility, high-impact strength, and above average performance in cold temperature.
Generally stronger than Ether-based tubing, Ester-based Polyurethane Tubing features above average chemical resistance, a high level of resilience, and adequate energy absorption. Although Polyester-based Tubing is not recommended for applications that expose the tubing to water or moisture, it does enjoy a slight cost advantage over Ether-based tubing.

Supplier's Site

Technical Specifications

  ARKPLAS
Product Category Tubing
Product Number AP02TC061P2GR
Product Name Coiled Flexible Tubing, 90 Shore A, Green Opaque
Type Plastic
Material Polyurethane
Shape Round
Features Coiled
Color / Clarity Solid
Unlock Full Specs
to access all available technical data

Similar Products

Brimlon™ PTFE Fluoropolymer Tubing, Thin Wall PTFE - BTW - BRIM Electronics, Inc.
Specs
Type Plastic; Electrical
Material Polytetrafluoroethylene; Fluoropolymer
Shape Round
View Details
Clearflo® 70 PVC Tubing - 1130204 - NewAge Performance Products | NAPP
NewAge Performance Products | NAPP
Specs
Type Plastic
Material Poly Vinyl Chloride
Shape Round
View Details
Latex Tubing - 250X063LR - Atlantic Rubber Company, Inc.
Atlantic Rubber Company, Inc.
Specs
Type Rubber / Silicone
Material Natural Rubber (optional feature); Synthetic Rubber (optional feature)
Application Laboratory
View Details
PTFE Tube -  - Shenzhen Dechengwang Technology Co., Ltd
Shenzhen Dechengwang Technology Co., Ltd
Specs
Type Plastic
Material Polytetrafluoroethylene
Shape Round
View Details