Knitted Gloves: It fits snugly to ensure the operation is extremely dexterous and improves work efficiency. Seamless structure to avoid inflammation due to gaps in gloves. The gloves are sewn and impregnated: they can provide a variety of structures, a variety of production methods, and a process based on shearing and sewing. The impregnated layer (synthetic material) is in close contact with the fabric layer and has good abrasion resistance. The sewing and dipping process can be used to produce thin gloves with better flexibility. Coating: A woven or woven fabric lining is immersed in the compound required to process the glove so that the lining "supports" the properties of the corresponding compound, with corresponding advantages. Dipping: The materials used will determine the following properties of the glove: Nitrile rubber: excellent resistance to hooking, cutting and puncture resistance; especially when gripped under dry conditions, it has excellent anti-wear properties. Foamed nitrile: It can be gripped under oily and wet conditions. Natural latex: It can be gripped in dry and humid conditions. Neoprene: It can be gripped in dry, wet and oily conditions. Polyurethane: Good abrasion resistance when gripped under dry conditions. Polyvinyl chloride: Good wear resistance under dry, wet and oily conditions. Chemical and liquid glove construction There is a skeleton: the lining of the woven or woven fabric into the compound required for the processing of the glove, so that the lining "supports" the properties of the corresponding compound, and obtains corresponding advantages. No skeleton: The gloves without the lining and fabric layer are directly immersed in the compound required for processing the glove for treatment. Lined: woven or woven lining enhances mechanical protection from the inside of the glove and absorbs sweat from work more efficiently. Flocked: velvet-lined gloves with a layer of short cotton on the inside make it easier to wear and improve comfort. Unlined: There are no woven or textile linings in the gloves. Conventionally, when using dust-free gloves, the operation is more dexterous and feels better, but the protection against mechanical risks is lower. Other structural construction Powdered: It is designed to be more convenient to wear and is ideal for occasions where gloves need to be changed frequently. No powder: Considering problems such as product contamination of the environment. It is the choice of people who are prone to inflammation of the skin. Regardless of the left and right hands: gloves are not divided into right and left hands, more convenient, more value. Left and right hands: Gloves are divided into right and left hands, which are more suitable for hand type and more flexible. Protective gloves size construction Choose the exact size when ordering to ensure maximum comfort. A soft tape measure can be used to measure the data around the hand to determine the required size. Take the five fingers together and measure the circumference around them. The circumference of the hand (rounded by half an inch, 1 inch = 2.54 cm) is equal to the size of the glove. With this measure, it is not possible to include the possible differences in the size of the hand. For example, some employees may have longer fingers and others may have shorter fingers. In actual use, employees may find that the large (small) half or even large (small) full number of gloves are more comfortable to wear than the previous hand size. Knitted Gloves: It fits snugly to ensure the operation is extremely dexterous and improves work efficiency. Seamless structure to avoid inflammation due to gaps in gloves. The gloves are sewn and impregnated: they can provide a variety of structures, a variety of production methods, and a process based on shearing and sewing. The impregnated layer (synthetic material) is in close contact with the fabric layer and has good abrasion resistance. The sewing and dipping process can be used to produce thin gloves with better flexibility. Coating: A woven or woven fabric lining is immersed in the compound required to process the glove so that the lining "supports" the properties of the corresponding compound, with corresponding advantages. Dipping: The materials used will determine the following properties of the glove: Nitrile rubber: excellent resistance to hooking, cutting and puncture resistance; especially when gripped under dry conditions, it has excellent anti-wear properties. Foamed nitrile: It can be gripped under oily and wet conditions. Natural latex: It can be gripped in dry and humid conditions. Neoprene: It can be gripped in dry, wet and oily conditions. Polyurethane: Good abrasion resistance when gripped under dry conditions. Polyvinyl chloride: Good wear resistance under dry, wet and oily conditions. Chemical and liquid glove construction There is a skeleton: the lining of the woven or woven fabric into the compound required for the processing of the glove, so that the lining "supports" the properties of the corresponding compound, and obtains corresponding advantages. No skeleton: The gloves without the lining and fabric layer are directly immersed in the compound required for processing the glove for treatment. Lined: woven or woven lining enhances mechanical protection from the inside of the glove and absorbs sweat from work more efficiently. Flocked: velvet-lined gloves with a layer of short cotton on the inside make it easier to wear and improve comfort. Unlined: There are no woven or textile linings in the gloves. Conventionally, when using dust-free gloves, the operation is more dexterous and feels better, but the protection against mechanical risks is lower. Other structural construction Powdered: It is designed to be more convenient to wear and is ideal for occasions where gloves need to be changed frequently. No powder: Considering problems such as product contamination of the environment. It is the choice of people who are prone to inflammation of the skin. Regardless of the left and right hands: gloves are not divided into right and left hands, more convenient, more value. Left and right hands: Gloves are divided into right and left hands, which are more suitable for hand type and more flexible. Protective gloves size construction Choose the exact size when ordering to ensure maximum comfort. A soft tape measure can be used to measure the data around the hand to determine the required size. Take the five fingers together and measure the circumference around them. The circumference of the hand (rounded by half an inch, 1 inch = 2.54 cm) is equal to the size of the glove. With this measure, it is not possible to include the possible differences in the size of the hand. For example, some employees may have longer fingers and others may have shorter fingers. In actual use, employees may find that the large (small) half or even large (small) full number of gloves are more comfortable to wear than the previous hand size. The anti-fatigue floor mat integrates various functions: fatigue relief, high elasticity, shockproof, etc., can effectively prevent impact and fatal injuries, and is very durable for industrial and harsh environments. The shape of its bottom and surface is designed for workers to stand for a long time, which can greatly reduce the fatigue and pain caused by prolonged standing on the legs. Welcome to visit us. Non Slip pvc Floor Mats,Non-slip Floor Mats,Anti Slip Mats,Non Slip Pvc Mats Jiangyin Yining E-Commerce Co., Ltd , https://www.jypvcmatyining.com
Anti-mechanical injury gloves material construction
Here we recommend our Pvc floor mats, it was widely used for runners of hotel public, we have 1.3mm and 2.5mm two type online produce. welcome to contact us.
1
1.3mm
General type
2
2.5mm
High quality
Publisher: yibing