1. pin-int

NOSWEAT™ #3D 16-in Reusable Valve Wrap

NOSWEAT™ #3D 16-in Reusable Valve Wrap
  • Manufacturer: No Sweat Valve Wraps, LLC
  • Brand: NOSWEAT™
  • Item ID: 3MJRNSVW3D
  • MPN: #3D
  • LOG IN TO VIEW
  • PRICING & AVAILABILITY

NOSWEAT™ valve wraps are a patented flexible insulation system designed for use with pipe insulation products. The NOSWEAT™ removable and reusable wraps are used over an insulated valve with a reusable design to provide an ongoing protective covering to the insulated valve. The NOSWEAT™ valve wrap comes packaged with a 1 in thick fiberglass blanket insert that is used to completely cover the insulated valve. The outer cover of the NOSWEAT™ wrap is made of DuPont™ Tychem® QC that easily stretches around the insulated valve and is secured with a Velcro closure. Tychem® QC consists of a durable Tyvek® substrate quality coated with polyethylene. Rugged and durable, Tychem® QC is a tough barrier fabric that resists punctures and tears. Tychem® QC remains flexible even in cold conditions compared to other fabrics based on measurements over a wide range of temperatures. Tychem® QC is impermeable to water.

NOSWEAT™ Reusable Valve Wrap, 10 mil Thickness, 16 in Length, 0 to 450 deg F, DuPont Tychem® QC, White

Color      :      White
Length      :      16 in
Material      :      DuPont Tychem® QC
Temperature Rating      :      0 to 450 deg F
Thickness      :      10 mil
  • Installs 10X faster than traditional methods
  • Can be removed and reused after installation
  • Flexible and compressible - can be used where oversizing of insulation is impossible
  • Covers a multitude of valves including autoflow, ball valves, strainers, circuit setters and more
  • Matches ASJ and PVC jacket
  • Non-combustible and impermeable to water
  • Prevents condensation and combats mildew and mold
  • Cost effective way to "green-up" your mechanical system
  • Reduces heat loss
  • No "stepped" cutting required
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/NOSWEAT_NSVW_1B_Specification_Sheet.pdf

RECENTLY VIEWED