Back filter dust collector, Razecron RJ type filter.
The Razecron RJ-type filter is a high-performance back filter dust collector that continuously and rapidly cleans the filter tube using compressed air, ensuring a consistently stable processing capacity and high dust collection efficiency. By employing a felt filter made of finely woven fibers and a dust removal method using compressed air injected at over 5 kg/cm², it can significantly increase the airflow velocity while maintaining high dust collection efficiency. This allows for a smaller size and larger processing capacity compared to conventional woven fabric back filters, making it suitable for installation in compact spaces. Furthermore, the felt filter consists of layers of fine fibers, enabling high dust collection efficiency even for submicron particles by maintaining a stable primary dust layer. 【Features】 - Filter replacement is done on the clean side → Safe maintenance of the filter in equipment handling harmful dust and gases - Constant processing capacity due to dust removal that prevents filter clogging - Long filter lifespan with no failures - High dust collection efficiency with felt backing - Compact size with large processing capacity For more details, please contact us or download the catalog.
Inquire About This Product
basic information
**Features** - Dust removal that does not cause filter clogging → Automatic control system injects compressed air at a constant cycle, performing instantaneous filter cleaning. → Maintains a constant pressure loss in the filter even in applications with high dust volumes. → No flow reduction or functional decline, ensuring a consistent processing capacity and filtration efficiency. - Compact design that requires minimal installation space → Adoption of a felt filter made of fine fibers arranged in a three-dimensional structure. → Dust removal method using compressed air injected at 5 kg/cm² or more. → Allows for a high dust collection efficiency while significantly increasing the filtration speed. → Small size with a large processing capacity, suitable for installation in limited spaces. - High dust collection efficiency → Composed of layered fine fibers that maintain a stable primary dust layer. → Achieves high dust collection efficiency even for submicron particles. - Reduced risk of damage to the filter media, extending filter lifespan. - No failures in the dust removal device → The backwash valve has a durability of over 2 million cycles. → No other moving parts, ensuring no failures even after years of use. For more details, please contact us or download the catalog.
Price information
Please contact us.
Delivery Time
※Please contact us.
Applications/Examples of results
【Applications】 ○ Powder recovery in various grinding devices ○ End recovery in various transport devices ○ Exhaust dust collection from dryers, kilns, etc. ○ Dust collection from melting furnaces ○ Paint recovery from powder coating equipment ○ General dust collection from hoppers, conveyors, buckets, elevators, etc. ● For more details, please contact us or download the catalog.
Company information
Our company was founded in 1945 and has been engaged in the design and manufacturing of various types of blowers. In response to requests from users during the development of domestic industries, we have also designed and manufactured air transport systems and dust collection devices. In 1972, in order to contribute to the pollution problems that can be seen as distortions of industrial development, we reorganized into a corporation, expanded our manufacturing capabilities, and worked on development. We have sent out products that reflect the needs of various applications, such as our unique Razecron RC-type dust collector, for woodworking, metalworking, chemical products, food processing, and more, to various production sites. Moving forward, we will continue to strive for the development and design of products that are optimal for improving the environment in production sites, contribute even more to "monozukuri" (manufacturing), and work to support the management of important users' environments in the future.
