Ask and answer to help you spread antistatic fluid knowledge

Many people aren’t familiar with anti-static liquids, but Dapu Company is here to change that! We're making anti-static technology more accessible and easier to understand for everyone. Q: Why do plastic products need anti-static liquid? A: Some industries require plastic components to be free of static electricity to avoid damaging sensitive electronic parts. However, during the injection molding process, it's not possible to add static charges. The best solution is surface treatment—applying an anti-static liquid creates a conductive layer on the plastic surface, effectively reducing or eliminating static buildup. Q: Why should anti-static liquid be used on plastic blister packs? A: Regular plastic tends to generate static easily, which can attract dust or cause issues in packaging. Adding anti-static agents directly into the material may lead to unstable or uneven performance. Using an anti-static liquid coating is more effective, providing a resistance range of 10⁷–10⁹ ohms and keeping friction voltage below 100V, ensuring better results. Q: What if polyester or nylon clothes build up static electricity? A: Anti-static liquid can be sprayed or soaked onto fabrics. As long as it adheres to the surface, it neutralizes static effectively. Synthetic fibers like polyester and nylon are especially prone to static, especially in dry weather. Applying anti-static liquid helps prevent clinging, sticking, and uncomfortable shocks. Q: Why is anti-static treatment necessary? A: Static electricity is caused by friction or induction between objects. Once formed, it can cause problems like dust accumulation, fabric sticking together, or even electric shocks. In production, static can lead to fabric rolls, reduced efficiency, and higher defect rates. In daily life, it causes discomfort, such as clothes sticking to the skin or creating awkward situations. Q: Why does fabric tend to roll up when using a setting machine? A: Friction between the fabric and the machine generates static, causing the fabric to stick together and roll up easily. Anti-static treatment prevents this issue, improving workflow and reducing defects. Q: Why do clothes stick to the skin and cause embarrassment? A: Static electricity builds up due to friction between the fabric and the body, especially in dry weather. Without anti-static treatment, the charge accumulates, causing the clothing to cling to the skin. This can be uncomfortable and embarrassing. Q: Why do I feel a shock when touching fabric after processing? A: Static electricity builds up on the fabric’s surface from friction with the machine. If not treated, it can accumulate to a level that causes a noticeable electric shock. Anti-static solutions help dissipate this charge safely. Dongguan Dapu Antistatic Technology Co., Ltd. has developed DP-303, a high-performance anti-static liquid that’s efficient, easy to use, and highly effective. After application, the surface resistance drops significantly, reaching 10⁷–10⁹ ohms, offering strong anti-static protection. DP-303 reduces the half-life of static charge from 60 seconds to less than 1 second, quickly removing static generated by friction. It’s non-ionic, compatible with various additives, and works well with water, alcohol, softeners, and water-repellent agents. This product is safe for skin, doesn’t leave a greasy residue, and simplifies processes while cutting costs. Whether you’re dealing with plastics, fabrics, or industrial materials, DP-303 is your reliable solution to static problems. Let Dapu help you eliminate static once and for all.

PVC Wire

PVC Wire: PVC wire, also known as PVC coated wire, refers to a type of wire that has been coated with polyvinyl chloride (PVC) material. The PVC coating provides insulation and protection to the underlying wire, making it resistant to corrosion, moisture, and abrasion. PVC wire is commonly used in various applications, including electrical wiring, fencing, and craft projects. It is available in different gauges and colors to suit specific needs.
Coated WIRE MESH: Coated wire mesh refers to a wire mesh that has been coated with a protective material to enhance its durability and resistance to environmental factors. The coating can be made of various materials, such as PVC, polyethylene, or zinc. Coated wire mesh is used in a wide range of applications, including fencing, animal enclosures, garden protection, and filtration. The coating provides added protection against corrosion, rust, and wear, increasing the lifespan of the wire mesh.
PVC Coated Galvanized Wire: PVC coated galvanized wire is a type of wire that has undergone both galvanization and PVC coating processes. Galvanization involves applying a layer of zinc to the wire to protect it from corrosion, and the PVC coating is then applied to further enhance its resistance to moisture, chemicals, and abrasion. PVC coated galvanized wire is commonly used in outdoor applications, including fencing, construction, and agricultural projects, where durability and corrosion resistance are essential.
Green PVC Coated Wire: Green PVC coated wire is a specific type of PVC coated wire that is coated with a green-colored PVC material. The green coating provides an aesthetic appeal and blends well with natural surroundings, making it a popular choice for garden fencing, plant support, and other decorative applications. The PVC coating also offers protection against corrosion and weathering, ensuring the longevity of the wire in outdoor environments.
These different types of coated wires, including PVC wire, coated wire mesh, PVC coated galvanized wire, and green PVC coated wire, offer enhanced protection, durability, and aesthetic options for various applications. The specific choice depends on the intended use, environmental conditions, and desired appearance.

Pvc Wire,Coated Wire Mesh,Pvc Coated Galvanized Wire,Green Pvc Coated Wire

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