Product Details
Description:
Industrial disk brushes are used to efficiently clean, decontaminate and polish a variety of surfaces, improving material handling efficiency in industrial production processes.
Abrasive wire refers to the nylon wire added with silicon carbide (SIC) or alumina (AO), as a new type of brush material, it has the characteristic of high strength and high density and is mostly used in the processing of polishing brushes, grinding brush and so on.
Details:
Base material: plastic, PP, PVC, wood, galvanized steel, stainless steel, customized
Filament material: nylon, PP, sisal, abrasive wire, horse hair, customized
Size: customized
Application: Floor sweeping / Carpet cleaning / Ground cleaning
Features:
Satin polishing: Satin polishing is the process of using a soft polishing brush to make the surface of the part into a matte satin, which can make the surface of the part obtain a non-mirror-like shimmering luster.
Surface cleaning: Industrial disk brushes are mainly used to clean the oxidation layer, rust, old paint layer, and other dirt on the surface of the parts.
Pattern making: Industrial disk brushes are mainly used a disk polishing brush to brush out a certain regular, fine silk pattern such as wave, fish scale, etc., to achieve the purpose of decoration.
Burr removal: Use the polish disk brush to remove burrs on the edge of the machined part surface.
FAQ:
Q1: What are the advantages of abrasive wire?
A: High strength/high density/wear-resistant.
Q2: What are the differences between abrasive wire and nylon wire?
A: The abrasive wire added emery and other special materials, so it has higher strength and better wear resistance than nylon wire.
Q3: What materials are suitable for abrasive wire industrial disk brushes?
A: Abrasive wire industrial disc brushes are suitable for a variety of materials, including metals (such as steel, aluminum, copper, etc.), plastics, wood and other hard surfaces, used to remove rust, paint, oxide layers, welding slag or other coatings on the surfaces of these materials.
