Protective gloves are categorized based on the materials they are made from, each offering different levels of protection and suitability for specific tasks. Here's a detailed overview: 1. **Nitrile Gloves** Nitrile gloves are highly effective in protecting against mechanical damage and are resistant to many solvents, oils, acids, and pesticides. They can be used within a temperature range of -4°C to 50°C, making them a great alternative to leather gloves. The palm is often coated with nitrile for better grip and durability, and some models include cut-resistant and wear-resistant features. These gloves are ideal for use in industries such as manufacturing, chemical handling, and automotive work. There are two types: palm-dipped and fully dipped. Both come with either a cuff sleeve or a safety sleeve, providing added flexibility and comfort. Their combination of strength and flexibility makes them popular in heavy industrial settings. 2. **PVC Gloves** PVC gloves are known for their excellent chemical resistance, offering protection against a wide range of hazardous substances. Some versions have a textured surface (like matte finish) that enhances grip while also providing protection against general mechanical wear. Thicker PVC gloves can also provide insulation against cold, with a suitable temperature range of -4°C to 66°C. These gloves are commonly used in environments where chemical exposure is a concern, such as laboratories and industrial cleaning operations. 3. **Latex Gloves** Latex gloves offer good protection against mechanical damage, cuts, and punctures. They are effective against certain chemicals like mild acids but are not suitable for high concentrations of acids or alkalis, nor do they protect against oils, greases, or petroleum-based products. They should also avoid contact with strong oxidizers like nitric acid. These gloves are typically used in medical, printing, and general industrial applications where moderate chemical exposure is expected. 4. **Leather Gloves** Leather gloves are known for their durability and resistance to mechanical wear. Thick leather gloves can withstand high temperatures and are sometimes lined with aluminum to protect against heat and radiation. Spray leather gloves are more flexible and resistant to dirt, making them ideal for outdoor or industrial work. 5. **Cloth Gloves** Cloth gloves are versatile and widely used for general-purpose tasks. They offer good dexterity and touch sensitivity, making them suitable for handling small objects. Thicker versions provide protection against heat and cold, and can resist moderate mechanical wear. Dot-patterned cloth gloves are especially useful when handling wet or slippery items due to their non-slip properties. 6. **Yarn Gloves** Yarn gloves are lightweight and comfortable, with some types featuring bead patterns to increase mechanical resistance. While they offer some cut resistance, they are not as durable as other materials and may not last long under heavy wear. This article provides an overview of common protective glove materials and their respective applications. For more information, visit: http://
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