SanGig. Nitrile gloves powder-free, 3.5 g, M, 100 pcs, Blue

Nitrile examination non-sterile gloves textured SanGig are recommended as an alternative to natural latex products (in particular for latex allergy sufferers), as well as in conditions where chemical protection and high strength are required.

• glove type: examination, protective, non-sterile
• material: nitrile
• surface: fingertip texture
• powder: absent
• color: blue
• quantity in package: 100 pcs
• cuff treatment: evenly rolled edge
• shape: universal, fits left and right hand
• sizes: XS (5-6), S (6-7), M (7-8), L (8-9)

Synthetic gloves made of nitrile provide significantly better protection against aggressive chemicals compared with natural latex. Nitrile resistance to punctures and tensile strength are also significantly higher than those of latex and other films used for glove production - nitrile is distinguished by good elasticity, its tensile limit exceeds 500%, and it has mechanical memory, which reduces fatigue during prolonged use.

The textured surface ensures a secure grip on the instrument.
Manufactured in accordance with Directives 93/42/EEC and 89/686/EEC

• Fully synthetic, contain no latex proteins - an ideal solution for people sensitive to latex
• Extremely durable, elastic
• Reduced strain on the hands for greater comfort, less fatigue especially during prolonged use
• High resistance to a wide range of chemicals, especially hydrocarbons, oils and fats
• Have good protective properties

Glove density - like the material, the main characteristic of gloves; the denser the gloves, the more mechanical stress they can withstand and the longer they will last. Due to the different material thickness on the fingers/palm/cuff, glove density is usually calculated as the weight of 1 glove in size M.

For example, 1 pack (100 pieces) of gloves weighs 450 grams, the weight of the cardboard package (box) is approximately 50 grams, accordingly, the net weight of 100 gloves is about 400 grams - the weight/density of the glove is 4 grams. Since size S glove is smaller than size M glove, at the same glove density (for example 4 grams), less material is needed for this glove and the weight of an S-size glove with a density of 4 grams will be about 3.8 grams. With size L glove, the situation is the opposite: the glove is larger, so more material is needed to make it, and the weight of a glove with the same density but in size L will be approximately 4.2 grams.