Weiler Abrasives Datasheets for Abrasive Brushes
Abrasive brushes have abrasive filament brush fills, which provide a more aggressive action compared to synthetic or wire filaments.
Abrasive Brushes: Learn more
Page:
1
2
| Product Name | Notes |
|---|---|
| Combine the High Density and Superior Filament Retention of Composite Hub Wheels with the Dimensional Stability and Shock Resistance of metal Hub Construciton Higher fill density compared to traditional metal... | |
| Combine the high density and superior filament retention of composite hub wheels with the dimensional stability and shock resistance of metal hub construction 7/8 in thickness through arbor | |
| Combine the high density and superior filament retention of composite hub wheels with the dimensional stability and shock resistance of metal hub construction Higher fill density compared to traditional metal... | |
| Composite hub construction for high performance in precision applications 1-1/16 in thickness at face plate | |
| Composite hub construction for high performance in precision applications 1-1/16 in thickness through arbor | |
| Composite hub construction for high performance in precision applications 120 grit 13/16 in thickness through arbor | |
| Composite hub construction for high performance in precision applications 120 grit 15/16 in thickness at face plate | |
| Composite hub construction for high performance in precision applications 13/16 in thickness through arbor | |
| Composite hub construction for high performance in precision applications 13/16 in thickness through arbor 120 grit Keyway 1/2 x 1/4 in double | |
| Composite hub construction for high performance in precision applications 13/16 in thickness through arbor 180 grit | |
| Composite hub construction for high performance in precision applications 13/16 in thickness through arbor 320 grit | |
| Composite hub construction for high performance in precision applications 13/16 in thickness through arbor 500 grit | |
| Composite hub construction for high performance in precision applications 13/16 in thickness through arbor 80 grit Keyway 1/2 x 1/4 in double | |
| Composite hub construction for high performance in precision applications 15/16 in thickness at face plate | |
| Composite hub construction for high performance in precision applications 15/16 in thickness through arbor | |
| Composite hub construction for high performance in precision applications 80 grit 15/16 in thickness at face plate | |
| Crimped wire wheels with a permanently-attached 1/4 in stem or shank are primarily intended for use on high speed die grinders Although they can also be mounted onto a drill,... | |
| Deliver a targeted brushing action to a specific area on a part Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a... | |
| Extra fine grade 80 grit | |
| For use in Foreign Material Exclusion (FME) Areas Such as in Nuclear Power Plants FME-Compliant 400 Percent Greater Edge Cutting Action Compared to Traditional Silicon Carbide | |
| High density metal hub construction Designed and manufactured to be the most cost-effective tool for applications requiring a 3 in or 4 in radial brush Ideal for use on straight... | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part 180 grit 0.035 filament diameter | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part 2000 rpm maximum speed | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part 2000 rpm maximum speed 400 Percent Greater Edge Cutting Action Compared... | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part 2000 rpm maximum speed Ideal for hand use | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part Deburring small recessed areas and internal part features 320 grit | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part Has a grit size of 120 400 percent greater edge cutting... | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part Has a grit size of 12 | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part Has a grit size of 18 | |
| Ideal for addressing recesses and internal features Deliver a targeted brushing action to a specific area on a part Has a grit size of 32 | |
| Ideal for addressing recesses and internal features For cleaning heavy deposits from valve guides in gas and diesel engines 2000 rpm maximum speed Deliver a targeted brushing action to a... | |
| Ideal for addressing recesses and internal features Ideal for delivering a targeted brushing action Weiler's small diameter crimped wire wheels feature a plain arbor hole for use on a variety... | |
| Ideal for deburring and finishing in light duty applications Can be used in dedicated machines in automated processes or on low speed/high torque handheld tools for manual applications Suitable for... | |
| Ideal for Deburring and Finishing in Light-Duty Applications Can be used in dedicated machines in automated processes or on low speed/high torque handheld tools for manual applications | |
| Ideal for internal deburring and finishing applications Suitable for use in drill presses and manual/CNC machine tools | |
| Ideal for light duty deburring and finishing in non-production applications | |
| Ideal for light duty deburring and finishing in non-production applications 9/16 in thickness through arbor | |
| Ideal for recesses and internal features or delivering targeted brushing action to a specific area Our Burr-Rx® black ceramic grain filament wheels deliver up to a 400% greater edge-cutting action... | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life 400% greater edge cutting action compared to traditional silicon carbide, designed to... | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life 400% greater edge cutting action compared to traditional silicon carbide Designed to... | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life 80 grit | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life Extra fine grade 320 grit | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life Fine grade | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life Fine grade 120 grit | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life Medium grade 80 grit | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life Very fine grade | |
| Manufactured using a tufted filament configuration Longer trim length provides increased aggression, greater conformability and longer product life Very fine grade 180 grit | |
| Manufacutred Using a Tufted Filament Configuration Longer trim length provides increased aggression, greater comformability and longer product life | |
| Manufacutred Using a Tufted Filament Configuration Longer Trim length Provides Increased Aggression, Greater Comformability and Longer Product Life 400 Percent Greater Edge Cutting Action Compared to Traditional Silicon Carbide Designed... | |
| Precision Machined Aluminum Cup Designed to Be the Most Cost-Effective Media For Applications Requiring a Smaller Brushing Tool | |
| Precision machined aluminum cup Designed to be the most cost-effective media for applications requiring a smaller brushing tool 80 grit | |
| Precision machined aluminum cup Designed to be the most cost-effective media for applications requiring a smaller brushing tool Fine grade 120 grit | |
| Precision machined aluminum cup Designed to be the most cost-effective media for applications requiring a smaller brushing tool Medium grade 80 grit | |
| Precision machined aluminum cup Designed to be the most cost-effective media for applications requiring a smaller brushing tool Very fine grade 180 grit | |
| Provides a flexible brushing action and consistent performance for demanding light duty cleaning and deburring applications For use on straight grinders and stationary machines such as bench or pedestal grinders... | |
| Silicon carbide is a fast cutting abrasive commonly used on non-ferrous metals and in low pressure applications Crimped bristle discs are more durable than straight discs They are commonly used... |
| Next >> |