| Specification | Figures |
| Abrasive material | Silicon Carbide,Aluminum Oxide, etc. |
| Dorsal | Polyester fabric |
| Glue | Synthetic resin |
| Granularity | 1μ-100μ |
Products Features
1: The abrasive employs a specialized particle size selection method, ensuring uniformity across all grain sizes. This precision surpasses traditional sand standards, maintaining a constant grain size for precision polishing belts and achieving extremely high surface accuracy.
2: Compared to conventional coated abrasives, the raw materials, manufacturing, packaging, and storage environments of precision polishing belts are cleaner and more consistent. They utilize a specially developed synthetic resin binder that securely bonds the abrasive to the backing, ensuring consistent quality and polishing effects. They allow the use of grinding fluids such as emulsions and water for cooling and lubrication, and also support spray cooling systems.
3: The backing of precision polishing belts requires high precision and strength. For final polishing of shaft-type workpieces, a polyester film with anti-slip properties is ideal. Unlike conventional cloth or paper backings that exhibit microscopic elasticity under high stress and cannot achieve high micro-surface smoothness, polyester film compensates for these shortcomings.
Application
It is mainly used in automobile, aircraft, motorcycle and other industries for precision polishing of crankshafts, camshafts, intermediate shafts, transmission shafts, steering gears, piston pins, valves, pumps, and other shaft parts.
Products Pictures
| Specification | Figures |
| Abrasive material | Silicon Carbide,Aluminum Oxide, etc. |
| Dorsal | Polyester fabric |
| Glue | Synthetic resin |
| Granularity | 1μ-100μ |
Products Features
1: The abrasive employs a specialized particle size selection method, ensuring uniformity across all grain sizes. This precision surpasses traditional sand standards, maintaining a constant grain size for precision polishing belts and achieving extremely high surface accuracy.
2: Compared to conventional coated abrasives, the raw materials, manufacturing, packaging, and storage environments of precision polishing belts are cleaner and more consistent. They utilize a specially developed synthetic resin binder that securely bonds the abrasive to the backing, ensuring consistent quality and polishing effects. They allow the use of grinding fluids such as emulsions and water for cooling and lubrication, and also support spray cooling systems.
3: The backing of precision polishing belts requires high precision and strength. For final polishing of shaft-type workpieces, a polyester film with anti-slip properties is ideal. Unlike conventional cloth or paper backings that exhibit microscopic elasticity under high stress and cannot achieve high micro-surface smoothness, polyester film compensates for these shortcomings.
Application
It is mainly used in automobile, aircraft, motorcycle and other industries for precision polishing of crankshafts, camshafts, intermediate shafts, transmission shafts, steering gears, piston pins, valves, pumps, and other shaft parts.
Products Pictures
