Shopping security
The 1/2" Outer Diameter x 500', Green, Polyethylene is designed for exceptional durability, chemical resistance, and efficient fluid flow, this premium polyethylene tubing is a reliable solution for a wide range of industrial, agricultural, and commercial applications. This tubing offers enhanced strength while maintaining excellent flexibility. Manufactured from high-quality polyethylene, it is made from 100% non-toxic ingredients. Its inert nature, NSF 61® and FDA compliant status makes it perfect for food, water and beverage piping. It's ideal for use in pneumatic, drain piping, lab use and chemical transfer applications which require an inexpensive tubing. Polyethylene is highly-resistant to stress cracking from chemicals, aging and ultraviolet exposure. It has good dielectric properties and is impermeable to both gas and liquids. For use with barb-type, push-to-connect or compression style fittings.
Order now for fast shipping and professional-grade results.
| Specification | Value |
|---|---|
| TYPE | Polyethylene Tubing |
| DESIGN |
Smooth Interior for Maximum Flow Efficiency reduces pressure loss and prevents clogging. |
| MATERIAL | Polyethylene offers chemical resistance, abrasion resistance, and flexibility |
| MATERIAL CONSTRUCTION | LLDPE |
| WEIGHT (LBS) | |
| BEND RADIUS | 2-1/2" |
| COLOR | Green |
| FOR USE WITH | Barb-Type, Push-to-Connect or Compression Style Fittings |
| HARDNESS | Shore A 98, Shore D 45D |
| INSIDE DIAMETER | 0.375" |
| LENGTH | 500 ft |
| OUTSIDE DIAMETER | 1/2" |
| RESISTANCE PROPERTIES | Chemical |
| TEMPERATURE RATING | -50 to 140 deg F |
| WALL THICKNESS | 0.062" |
| WORKING PRESSURE | 125 psi |
| APPLICATIONS |
Ideal for Pneumatic,Automotive,Water,Fluid Transfer,Chemical,Agricultural Use,Cable & Wire Protection |
| BRAND | Midland Industries |
Ships within 48 hours · Estimated delivery Jun 26 - Jul 1
US$40
Get nowSign up to your membership to get coupons up to
15%
Get nowOpportunity to enjoy order discount up to 15% off
Top-Converting Item to Boost Your Average Order