"Kimtech* Laboratory"

Supplier: KIMBERLY CLARK

These anti-static lab coats are constructed of multiple layers, with a chemical and abrasion resistant spunbond 100% PP outer layer, and microfibre, cloth-like inner layer designed to filter out a variety of water-based liquids and dry particulates.

Supplier: Ansell

Kimtech™ Polaris™ Nitrile Gloves are built for science, made and designed for use in laboratories, life science applications, and non-sterile pharmaceutical manufacturing environments.

Supplier: Ansell

These lab coats made from film coated PP with triple stitched seams are ideal for use in both research and manufacturing environments in pharmaceutical, biochemistry, biomedical, cosmetics, forensics, and other applications. They protect the user against low risk liquid chemicals in the form of light splashes, sprays and aerosols.

Supplier: Ansell

Kimtech™ Polaris™ Xtra Nitrile Gloves are built for science, made and designed for use in laboratories, life science applications, and non-sterile pharmaceutical manufacturing environments.

Supplier: KIMBERLY CLARK

Made of skin friendly PFE-latex (manufactured from natural rubber latex) with decreased chances of dermatitis, Kimtech™ PFE gloves are suitable for a range of nonsterile applications in laboratories, testing, and manufacturing environments.

Supplier: Ansell

Kimtech™ A5 sterile cleanroom apparel with CLEAN-DON™ technology is made of SMS (Spunbond Melt-blown Spunbond) material. It features built-in snaps that gather up legs and arms to aid aseptic gowning. Garments have a thumb loop that prevents the sleeve from rolling back and exposing arm or wrist when in use.

Supplier: Ansell

These overalls made of ultra light breathable SMS fabric provide Type 6 limited chemical splash protection and Type 5 particle protection.

Supplier: Ansell

Kimtech™ Opal™ nitrile gloves guard against contamination by chemical splash and microorganism hazards. Powder-free, ambidextrous, with beaded cuff and textured fingertips. The absence of natural rubber latex and vulcanising agents reduces the risk of TYPE I and IV glove associated skin reactions.

Supplier: Ansell

These gloves provide protection in life science and pharmaceutical manufacturing environments. They are latex-free, silicone-free, anti-static safety gloves that provide all the comfort and assurance that is needed in research laboratories. The synthetic nitrile polymer (Acrylonitrile Butadiene) is watertight with a low risk of pinholes, and once on, will both dissipate static and minimise any risk of latex or silicone hypersensitivity, helping to keep hands healthy and protected while supporting contamination-free research.

Supplier: Ansell

These gloves provide protection in life science and pharmaceutical manufacturing environments. The anti-static safety gloves provide all the comfort and assurance that is needed in research laboratories. The synthetic nitrile polymer (Acrylonitrile Butadiene) is highly watertight with a low risk of pinholes and, once on, these gloves will both dissipate static and minimise any risk of latex or silicone hypersensitivity, helping to keep hands healthy and protected while supporting contamination-free research.

Supplier: Roth Carl

These tissues are made of 100 % pure pulp. They are excellent for wiping smaller amounts of liquid and for cleaning pipettes and slides.

Supplier: Ansell

These comfortable shoe covers are manufactured of white Spunbound PP with Unitrax™ PE film, making them ideal for use in clean manufacturing.

Supplier: KIMBERLY CLARK

Kimtech™ Prizm™ Xtra™ multi-layered neoprene nitrile gloves, designed for scientists by scientists, are an ideal choice for the most demanding scientific applications. One of the thinnest Type A certified protective gloves, providing the perfect balance between precision, protection, and comfort.

Supplier: KIMBERLY CLARK

These gloves are manufactured from nitrile instead of rubber latex, which reduces the likelihood of TYPE I glove-associated reactions.

Supplier: Ansell

A new way of utilising synthetic nitrile polymer allows the production of a glove with a tip thickness of only 0,09 mm but with excellent tensile strength. This reduced glove weight can significantly minimise waste. The patented physical properties of the glove offer the fit and feel of latex while providing the chemical and mechanical protection of nitrile.