It is a small grinding disc with a button on the back, and the grinding disc can be changed quickly at the touch of a button. These quick-change discs provide excellent grinding, deburring and mixing flexibility in smaller areas with a tightening and screwing system. They are compatible with die grinders, power drills, and air grinders. It comes in a variety of designs that look like mini sanding disc versions of other full-sized abrasives, such as wing discs, surface conditioning discs, polishing discs, and more. Our store offers a wide range of quick change grinding discs.
Feature- Sand Discs for grinding
1. Long service life
2. Consistent wear marks
3. Good adaptation to the workpiece
4. Water resistance, solvent resistance
Type | Feature | Apply to |
Grinding disc | All metal | Universal sanding disc optimized for use on all metals features a seal-coated aluminum oxide abrasive on a cloth backing. Aluminum oxide is a strong, sharp, durable abrasive that penetrates work surfaces and is resistant to heat and high speeds. Closed-coat abrasives have abrasive grains across the entire surface that provide a smoother finish and faster material removal than open-coat coverage. The flexible, tear-resistant cloth backing conforms to contours and is more durable and tear-resistant than paper. |
Carbon steel and soft metals | High performance sanding discs optimized for carbon steel and soft metals feature a semi-open zirconia alumina abrasive applied to a cloth backing. Zirconia alumina particles break down frequently to create fresh, sharp edges that cut and finish faster than alumina. Its cutting temperature is lower than that of alumina, and it is often used under high cutting volume or high pressure. Semi-open coated abrasives have grit on approximately 70% of the surface for a balance of material removal and clogging resistance. The flexible, tear-resistant cloth backing conforms to contours and is more durable and tear-resistant than paper. | |
Stainless Steel and Nickel Alloys | High performance sanding discs for stainless steel and nickel alloys with seal coated zirconia alumina abrasives on a cloth backing. Zirconia alumina particles break down frequently to create fresh, sharp edges that cut and finish faster than alumina. Its cutting temperature is lower than that of alumina, and it is often used under high cutting volume or high pressure. Closed-coat abrasives have abrasive grains across the entire surface that provide a smoother finish and faster material removal than open-coat coverage. The flexible, tear-resistant cloth backing conforms to contours and is more durable and tear-resistant than paper. Other workpiece materials include cobalt, Inconel, titanium and chromium. | |
Cutting disc | All Metal | Cold-cut grinding discs optimized for all metals with open-coat ceramic abrasives. Additional coatings minimize the surface temperature of heat-sensitive alloys. Cold-cut ceramic coatings prevent loads and reduce surface temperatures when machining heat-sensitive materials such as stainless steel and aluminum. Ceramic self-sharpening is faster than other abrasives for faster material removal. Open-coat abrasives have grit on approximately 50 percent of the surface, leaving spaces between the abrasive grains to keep chips from clogging the surface, keeping the workpiece cool. The flexible, tear-resistant cloth backing conforms to contours and is more durable and tear-resistant than paper. |
Stainless Steel and Nickel Alloys | Cold-cut grinding discs for stainless steel and nickel alloys are coated with seal-coated ceramic abrasives on a cloth backing. Additional coatings minimize the surface temperature of heat-sensitive alloys. Ceramic self-sharpening is faster than other abrasives for faster material removal. Faster material removal speeds up work and keeps surfaces cooler, making ceramics ideal for heat-sensitive metals. Closed-coat abrasives have abrasive grains across the entire surface that provide a smoother finish and faster material removal than open-coat coverage. The flexible, tear-resistant cloth backing conforms to contours and is more durable and tear-resistant than paper. Other workpiece materials include cobalt, Inconel, titanium and chromium. | |
Cold Cut Fiber disc | Carbon steel and soft metals | Cold-cut fiber discs optimized for carbon steel and soft metals feature a seal-coated ceramic abrasive on a fiber backing. Ceramic self-sharpening is faster than other abrasives for faster material removal. Faster material removal speeds up work and keeps surfaces cooler, making ceramics ideal for heat-sensitive metals. Closed-coat abrasives have abrasive grains across the entire surface that provide a smoother finish and faster material removal than open-coat coverage. Rigid fiber backing provides fast material removal in aggressive cutting applications. Other workpiece material examples include structural steel, cast iron, and heat-sensitive alloys. |
Stainless Steel and Nickel Alloys | Chilled fiber discs optimized for stainless steel and nickel alloys have enclosed coated ceramic abrasives. Additional coatings minimize the surface temperature of heat-sensitive alloys. Ceramic self-sharpening is faster than other abrasives for faster material removal. Faster material removal speeds up work and keeps surfaces cooler, making ceramics ideal for heat-sensitive metals. Closed-coat abrasives have abrasive grains across the entire surface that provide a smoother finish and faster material removal than open-coat coverage. Rigid fiber backing provides fast material removal in aggressive cutting applications. Other workpiece materials include cobalt, Inconel, titanium and chromium. | |
Flexible Diamond Grinding Wheel | Difficult to Grind Material | Flexible sanding discs coated with diamond abrasives on a cloth backing for difficult-to-sand materials. The flexible, tear-resistant cloth backing conforms to contours and is more durable and tear-resistant than paper. Examples of workpiece materials include glass, fiberglass, chilled iron, ceramics, and reinforced plastics. |
Sanding Discs Type
PREDATOR™ Quick Change Disc
Stands out from the competition by adding extra self-sharpening grit to the top layer of the disc. Dual layers of grinding aid increase service life by providing a cooler work surface. It provides strong cutting action and is well suited for mild steel applications.
Z-WEB™ Quick Change Plate
Designed with polyurethane resin to resist staining and provide smoother operation. This product is considered waterproof and can be used in both wet and dry applications. Z-WEB is ideal for aggressive finishing of stainless steel applications.
High-grade ceramic quick-change disc
Advanced ceramic quick-change discs minimize downtime and maximize productivity by incorporating ultra-sharp nanoparticles for higher metal removal rates. The product has lower grinding temperatures and lower friction, making it ideal for stainless steels and exotic alloys.
Precautions
The first step before handling any application is to wear appropriate protective equipment. Safety goggles, gloves and an apron will be required to prevent injury. Once ready, the next step is to get the die grinder ready for use. Always ensure that the rotational speed of the tool does not exceed the speed of the stand, or serious injury may result. Screw the quick change disc onto the bracket, then attach the bracket to the tool and tighten.
Conclusion
Quick-change discs for leveling and finishing, grinding, deburring and mixing applications. Thanks to the twist-to-open connection system, they eliminate the need for installation tools, allowing quick disc changes and maximizing productivity by minimizing downtime. They are ideal for cutting most types of ferrous and non-ferrous metals, composite materials and fiberglass.
Picture Resource:
https://www.honxin.com.tw/products/idx_18
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