800.247.3295

Metal Mesh 7.5″ Cuff

Micro Plasma Weld: Each ring in the double interlocked mesh design is formed using innovative, state of the art micro plasma welding techniques, resulting in stronger, smoother, hermetically sealed ring connections that have no gaps or weak spots. Microplasma welded rings have no gaps to trap soil that can feed bacterial growth.

Unique Design Patented Steel Tension Spring-System (STS) is a self-adjusting wrist fastening system. Flexible and comfortable, STS allows for an improved, easy fit with no straps or buckles to fasten. This will result in the ease of donning and doffing faster. The steel tension spring is also micro plasma welded to ensure durability and longer wear life.

Lower Risk: Fabric cuffs can easily become contaminated with food soil, resulting in harmful bacteria growth. Microplasma welded rings are designed for easy cleaning without residue, unlike resistance welded mesh rings that have gaps and weak spots that trap soil.

This product is currently out of stock and unavailable.

Description

  • Stainless steel, ergonomically designed gloves provide superior cut and puncture protection
  • Patented self-adjusting tensioning system on wrist allows for an easy fit with no straps or buckles to fasten
  • All Whizard® mesh gloves come with a metal serial number tag, which helps with reissuance and sizing information
  • Microplasma welded rings have no gaps to trap soil that can feed bacterial growth
  • Made with 4 mm ring using 0.5 mm wire
  • Ambidextrous – turn inside out for the other hand
  • Easy to clean
  • Sold by the piece
SizePart NumberSize Color Tag
XSmallCM031901
SmallCM031902
MediumCM031903
LargeCM031904
XLargeCM031905
XXLargeCM031906

  • Remove all large particles.
  • Wash by hand or with a glove tumbler in warm water with acid and chlorine free detergent or soap.
  • Water temperature should not exceed 125ºF (52ºC).
  • Rinse in cold water.
  • Hang dry.
  • Do not tumble dry.
  • Do not hit gloves against a hard object or surface.
  • Heat and excessive force can damage the metal.
  • Food Processing
  • Beef Processing
  • Pork Processing
  • Steel