Brushes can be used for the surface treatment work required for molding and processing of various products-such as deburring, edge radiusing, and surface finishing. It is recommended in an effective way.
The advantages of abrasive brush in surface treatment include uniform surface treatment ability, productivity, surface treatment ability improvement, precision improvement and edge radiating work without damage to the subject. It can be easily applied to automation.
Advantages of Abrasive Brushes in Surface Treatment Applications
Sustainable abrasive strength-New abrasives in nylon continue to surface as abrasive wear
Applicable to various types of subjects-It is made of base material and has elasticity
Easy to apply to automation-available in any shape and size
No damage to the subject due to the operation error-Operation error is directly related to the product defect when the general grinder is applied
Low cost grinding and polishing equipment-Low cost polishing equipment and abrasives compared to other polishing equipment.
No pretreatment required
No coolant required
Can be processed at the lowest cost when automating simple manual operations.
Limitations of common methods used for deburring and edge radiating and solutions using abrasive brushes are listed below.
Common way
Limitations of Common Methods Over Abrasive Brushes
handwork
It takes a long time, and there is a fear of injuring the assembler. Inconsistent work results in uneven product quality.
Automation equipment using solid abrasive materials
Errors that occur when operating automation equipment are fatal
Abrasive-containing nonwoven
Very wide range of applications as well as brushes.
Abrasive grain treatment
복잡한 설비가 요구되며, 피사체의 크기에 제한 다양한 크기의 연마재 입자 필요
Air blast
Special device required, only for removal of light burrs
AlSi
AlSi12
Abrasive blast
Special equipment is required, and different tools are required depending on the shape of the subject.
