Leather Palm aramid fibre cut resistant gloves cut 5

BGKC104:10 gauge aramid fibre yarn knitted shell,cow split leather sewed on palm,Cut Resistant Gloves, Leather Palm aramid fibre cut resistant gloves cut 5 .

Width Measurement: Wrap a tailors measuring tape around your dominant hand just below knuckles, excluding your thumb, and make a fist. This measurement is your "hand width" glove size.

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Length Measurement: Measure from the bottom edge of your palm to the tip of your middle finger to determine your "finger length" size.

12 pairs/bag,     120 pairs/carton               

1,Gloves made with ARAMID FIBERdramatically reduce lost-time cut injuries in the workplace, making them an economical choice;

2,Leather palms wrap around sides of fingers, while thumb is all leather;

3,ARAMID FIBERwill not melt or drip around open flame;

4,Durable Tri-tan leather offers greater protection longer wear;

5,Glove body made of knit aramid fibre  for excellent cut and slash resistance, plus flame-retardancy;

6,Palms attached to knit shell using ARAMID FIBER thread for greater seam integrity;

7,Choice of styles to suit many applications.

Applications: 

Construction, Metal Stamping, Glass Handling, Forestry, Material Handling, Assembly Sheet-metal Work, Automotive, General Purpose.

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Looking for a reliable safety products suppliers? Brand-name buyers in North America, Northern Europe, Western Europe and Middle East have chosen Shanghai Better Select Industrial Co.,Ltd (BSPSAFETY) since 2010. As a fresh start for BSP, Shanghai Better Select Industrial Co.,Ltd consistently serve you by stable quality safety products and close cooperation.

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Anti-Static | Cut Protection | Nylon Gloves

High-Tech Screen Touch Gloves Series

Head Protection: Leather Welding Hood&Shield | Flame Retardant Hood & Cap

Work Wear:Leather Clothing & Apron | Flame Retardant Clothing | Welding Knee Pads & Sleeves & Leggings

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GLOVES COATING MATERIALS

Coating materials include natural rubber or latex, synthetic rubber, and plastics.

1. Natural Rubber
2. Synthetic Rubber
Chloroprene (Neoprene)   /   Nitrile rubber   /   Butyl and Viton®-butyl
3. Plastics
 Polyurethane  /   Polyvinyl chloride

Natural  Rubber also known as Latex is found in nature in over 200 plants, but its most common source is the Hevea Brasiliensis tree. Natural rubber dispersed in water is known as latex. Natural rubber has a very high elasticity compared to other glove materials, excellent cut and tear resistance, and outstanding grip and temperature resistance. While it is flexible and durable over a wide range of temperature, -18 to 149°C (0 to 300°F), it has poor flame resistance. In general, natural rubber withstands water, alcohols, and some ketones, but has poor chemical resistance against most hydrocarbon and organic solvents. Natural rubber can cause an allergic reaction in some people.

Nitrile Rubber  is a co-polymer of acrylonitrile and butadiene. Nitrile rubber offers excellent physical hazards resistance to punctures, cuts, snags, and abrasion. While it is not flame-resistant, it demonstrates functional performance in temperatures ranging from -4 to 149°C (25 to 300°F). Nitrile rubber has considerable resistance to oils, fuels, and certain organic solvents. It is commonly used as a coating for dipped gloves and also in the construction of laminated and impregnated, cut and sewn gloves.

Polyurethane (PU)  is a thermoplastic polymer of urethane. Polyurethane provides good abrasion resistance and tensile strength. Polyurethane offers good resistance to oils, some organic solvents, oxidation and ozone. It has poor resistance to hot water and is not recommended for use above 79°C (175°F). Polyurethane has a very low particulate shed, thus making it a good choice for cleanroom gloves. Polyurethane is also used in some specialty application styles and as a waterproof liner for gloves.

Polyvinyl Chloride (PVC) is a synthetic thermoplastic polymer of vinyl chloride. PVC offers good abrasion resistance but may be susceptible to punctures, cuts, and snags. While it is flexible, it does not provide the tactile sensitivity associated with most rubber products. PVC starts to soften at approximately 82°C (180°F). PVC is effective against water and most aqueous solutions, detergents, and diluted bases and acids. It only has limited chemical resistance to organic solvents. PVC is one of the more common coatings for coated work gloves.