partcoveRepresentative product image; match the listed specifications and options.
Plumbing, pipe & fittings
Braid Reinforced Silicone Tubing - 3/4 ID x 1.100 OD — 10 Feet
neoPure
PartCove SKU PC-4E699BB09744BDF5EB7CC314
NeoPure Braid Reinforced Silicone Tubing is constructed of high elasticity silicone and meets FDA food-grade standards.
$173.88
Shipping and tax calculated at checkout.Confirm the listed model, dimensions, finish, and packaging. Similar appearance alone does not confirm compatibility.
KNOW YOUR PART
Product details
Review the specifications and exact fit for your application.
Size & dimensions (1)
- Outer Diameter
- 1.1 in
Specifications (10)
- Application
- Beer
- Application
- Chemical Dispensing
- Application
- Deionization
- Application
- Food & Beverage
- Application
- Laboratory
- Application
- Wine
- Body Material
- Silicone
- Type
- Silicone Tubing
- Choose
- 10 Feet
- Weight
- 227 g
Description
NeoPure Braid Reinforced Silicone Tubing is constructed of high elasticity silicone and meets FDA food-grade standards. Our tubing is platinum cured, for high purity and suitable for food contact applications. Silicone Tubing is an excellent choice in applications where you need flexible tubing and/or resistance to extreme temperatures. Common applications include but are not limited to: beverage & food filling lines, chemical feed lines, laboratory and more. Features: High flexibility, resistant to kinks and deformation Able to withstand extreme temperatures (-76° F to 392° F) Translucent color for visual contact Resilient, stretchable, and resistant to compression set Will withstand repeated sterilization Resists U.V., ozone, gases, and moisture Meets FDA requirements per FDA 21 CFR 177.2600 for use with food contact surfaces Free of BPA, latex, and phthalates RoHS and REACH Compliant Applications: Beverage Service Brewery & Wine Bottle Filing Chemical feeds Deionized Water Transfer Food Service Hot Fills Lines Laboratory Fermenter lines Stirring Vessels Resin Feeds Note: Repeated stem sterilization or long-term exposure to high temperatures or high pressure will lead to