Industrial gloves are specialized gloves used to protect the hands, primarily for hand protection in industrial environments. They are usually made from special materials to protect the hands from damage or contamination. So, what are the characteristics of industrial gloves?

1. Abrasion Resistance

Industrial gloves typically need to have abrasion resistance. This means they can withstand various wear and tear, maintaining a relatively stable condition over prolonged use.

2. Chemical Resistance

Many industrial environments contain harmful chemicals, such as battery acid, acids, and alkalis. Therefore, industrial gloves usually possess chemical resistance, capable of blocking these harmful substances from damaging the hands.

3. Heat Resistance

Many industrial production processes require the use of high temperatures, which necessitates that industrial gloves have good heat resistance. If they cannot withstand high temperatures, it may lead to hand injuries and significant damage.

4. Comfort

In industrial environments, where prolonged hand operations are required, the comfort of industrial gloves is also very important. A glove that lacks comfort may lead to hand fatigue, thereby affecting operational efficiency.

5. Versatility

Industrial gloves often need to serve multiple purposes. For example, some gloves can prevent cuts and chemical injuries while also providing warmth or electrical insulation.

In summary, the characteristics of industrial gloves vary depending on their usage environment and specific purposes. However, choosing a good pair of industrial gloves is crucial for protecting the hands and improving work efficiency.

Industrial gloves are essential protective gear in factory production, serving to protect workers' hands from injury and contamination. However, these gloves are not made casually; they need to be produced according to specific technological principles. So, what are the technological principles behind industrial gloves? Let's explore together.

1. Material Selection

The materials for industrial gloves are required to have properties such as abrasion resistance, pressure resistance, and cut resistance. Generally, materials like rubber, PVC, polyester, nitrile rubber, and latex that can withstand chemicals are selected. Different usage environments require different materials; for example, high-temperature environments need materials that can withstand high temperatures.

2. Production Process

First, after selecting the materials, they need to be tested to confirm they meet production requirements. Then, the materials are cut into the appropriate shapes, and high-precision hand molds are used to determine the sizes of gloves for each hand shape. Next, the inner and outer layers of the gloves are sewn together to ensure that the gloves do not unravel or develop holes, ensuring the quality of the gloves.

3. Quality Inspection

After production is completed, a quality inspection of the gloves is conducted. The quality inspection mainly involves checking whether the gloves are qualified and assessing their performance. Qualification includes checking the appearance and size, as well as identifying any holes, brittleness, or damage. Performance includes whether the materials meet standards for pressure resistance, abrasion resistance, acid and alkali resistance, and puncture resistance.

4. Packaging and Transportation

Once the products are produced, they need to be packaged and transported. Typically, transparent packaging bags or cartons are used. The factory has detailed operational procedures for how to place the gloves in the packaging bags or cartons to ensure that tying during packaging does not damage the gloves, maintaining the integrity of the outer packaging. During transportation, attention must be paid to moisture-proofing, light protection, and pollution prevention.

5. Product Management

In the production line of industrial gloves, product management is also very important. Control is exercised over the selection of materials, production processes, quality inspections, and packaging and transportation to ensure that the produced gloves meet quality requirements. Additionally, management records and other means are used to trace production quality and quantity, and to handle defective products.

In conclusion, the technological principles of industrial gloves include material selection, production processes, quality inspection, packaging and transportation, and product management. Each step must be strictly followed according to the factory's established standards to ensure the production of high-quality industrial gloves.