What is an anti-static glove
1. Definition of anti-static gloves
ESD Gloves: Gloves that can prevent the accumulation of static electricity and cause injury. It is made of special anti-static polyester fabric, with a substrate composed of polyester and conductive fibers. The spacing between conductive fibers is 4mm, 5mm or 10mm. The gloves have excellent elasticity and anti-static performance, avoiding the damage of static electricity generated by the human body to the product. It is suitable for widespread use in the electronics industry, semiconductors, dust-free workshops, and daily life.
2. Basic characteristics
Surface resistance: 10 ^ 6-10 ^ 9 Ω;
Static attenuation time:<0.1sec
Charged charge:<0.3 μ C/pair
Washing frequency: non washable and washable (disposable and reusable)
Size: S \ M \ L \ XL
Packaging: 10 pairs/bag
3. Use of gloves
Mainly used for anti-static and dust-free workshop environments that require glove operation. Wearing anti-static gloves can prevent operators from directly touching static sensitive components with their fingers, and can safely discharge the human static charge carried by operators.
Widely used in various industries such as electronics, mechanical manufacturing, and healthcare, it is a must-have for workers in the semiconductor industry, optoelectronics industry, semiconductor manufacturing, electronic imaging control manufacturing, computer motherboard manufacturing enterprises, mobile phone manufacturers, etc. It can effectively prevent static electricity from causing damage to products.
4. Glove classification
Anti static gloves are a type of labor protection gloves, and there are many types of gloves. Common ones include: anti-static striped gloves, anti-static dot shaped gloves, anti-static PU gloves, anti-static finger coated gloves, anti-static palm coated gloves, PVC gloves, nitrile gloves, latex gloves, and half finger nylon gloves.
5. Material and process
A. Fine long nylon yarn and conductive fibers are automatically woven with seamless weaving method, without thread detachment. The surface of the palm and fingers can be coated with PU resin and PVC adhesive points.
B. PU material has strong acid and alkali resistance, which can effectively prevent slipping when grabbing items, and will not leave fingerprints, improving production yield.
C. Non toxic ingredients ensure the health of users (non-toxic/carcinogenic).
6. Advantages
Anti pollution, anti slip, wear-resistant, easy to absorb sweat, good breathability, comfortable to wear, excellent slip resistance (PU and PVC glue), easy to operate precision assembly engineering, giving users a more comfortable fit, suitable for long-term work, reducing the pollution caused by long-term sweating and slipping of operators.
Suitable for use in various clean rooms, large and small electronic factories, circuit board PCB factories, TFT LCD factories, precision assembly engineering, semiconductor factories, optical disc factories, laboratories, etc.
7. Precautions
Methods and precautions for using anti-static gloves
A. Choosing anti-static gloves requires starting from one's own needs and clarifying the usage environment. The choice of anti-static gloves varies depending on the usage environment. If in the work environment, in addition to requiring anti-static measures, there is also contact with chemicals, then it is necessary to choose anti-static gloves with anti-corrosion properties.
B. If waterproof or corrosion-resistant gloves are required in addition to anti-static measures, safety checks should be carried out before using anti-static gloves to avoid any loopholes. If the gloves are damaged, they should be replaced in a timely manner.
C. The used anti-static gloves need to be cleaned and dried in a timely manner, but it is important not to dry them at high temperatures and there should be no sources of high temperature nearby. If necessary, talcum powder should be sprinkled on the gloves to prevent adhesion.
D. It is necessary to regularly check the insulation of gloves to prevent accidents.
F. Anti static gloves are suitable for use in weakly corrosive acid and salt environments, while they are not suitable for use in highly corrosive environments.
