Adhesive Dust Roller
Anti-static Silicone Roller - High anti-static property, used in PCB, display screens, printing, clean rooms, and electronic industries. This product cleans dust and static from PVC film and IC cards, as well as electronic labels. Dust-Adhering Roller Application Fields: Required cleaning tools for surface treatment during the production of PCBs, LCD processes, light guide sheets, precision printing of flexible films, SMT, clean rooms, and electronic semiconductor industries.
1. The formula ensures the product's high adhesion and durability, resistance to aging, no shedding, and anti-static silicone roller is formed by the reaction of silicone with key raw materials, creating an adhesive dust removal product. The surface is smooth as a mirror, with moderate adhesion, lightweight, and particle size below 2um. The product can adhere to hair, dander, dust, and other impurities, easily transferring them to adhesive dust paper. This guarantees the anti-static silicone roller's self-adhesive property. Available in various viscosity options. With options for static-resistant ABS handles and static-resistant aluminum alloy handles, they offer high elasticity, good electronic properties, resistance to static, moisture, and wear, and are rust and pollution-free.
Specifications: 5mm, 10mm, 1", 1.2", 2", 3", 4", 6", 8", 10", 12", 14", 16", 18" anti-static silicone roller. Our company is engaged in the production, sales, research, and development of various materials. Our main products include manual dust roller, also known as: silicone roller, rubber roller, sticky dust roller, dust roller, anti-static wheel, silicone roller, sticky dust roller, rubber wheel, dust wheel, etc.
Manual silicone roller specifications: 5mm, 8mm, 1", 1.2", 2", 3/4", 6", 8", 10", 12", 14", 16", 18", 20", 22", 24", 26" etc., available for customization. Silicone roller parameters, usage, and applications: Material: silicone (silica), total length of the rubber part 30-406mm, outer diameter 20-30mm, with bearings at both ends, handle made of rubber, and the rubber part can also be purchased separately.
Custom adhesiveness can be tailored to customer requirements. Standard adhesiveness levels include extra high, high, medium, and low. Ready-made products with non-adhesive roller blades are also available for individual customer orders. Dust-removing roller blades utilize the unique properties of silicone to absorb and remove dust from PCB surfaces. The handle is made of rubber, offering lightness and durability. The roller material is silicone, which is moisture-resistant and wear-resistant.
Suitable for PCB, LCD, cleanroom, and electronics industries, the washable dust roller is a self-adhesive dust removal product. It can quickly clean various fine particles, impurities, fibers, copper shavings, and dust produced during the manufacturing process of electronic products, thereby improving the yield of finished electronic products. When used in conjunction with dust roller paper, it ensures the self-adhesive properties of the roller. Product features: available in high, medium, and low viscosities for customer selection; the formula ensures high adhesion and durability, resistance to aging, shedding, static electricity, moisture and dampness, and wear resistance; rust-free and non-polluting.
Comfortable to use with smooth rolling action. Applications: PCB, LCD manufacturing processes, light guide sheets, precision printing on flexible substrates, SMT, exposure glass, other glass industries, film negative industry, precision parts dust removal, cleanrooms, and semiconductor industries for surface treatment tools. Cleanroom, dust-free environments, glass industry, SMT electronics manufacturing.
High-tack and durable, resistant to aging, shedding, and static electricity; moisture and humidity proof, and wear-resistant. Rust-free and non-polluting; comfortable to handle and the roller wheels rotate smoothly. Applications: Surface treatment tools required for the production of products in industries such as printed circuit boards (PCBs), LCD manufacturing processes, light guide plates, precision printing on flexible substrates, SMT, cleanrooms, and electronic semiconductors.
