High Efficiency Cyclone Dust Collector

The high efficiency cyclone dust collector uses a vertical equipment structure consisting of an upper cylindrical section, a lower conical section, and a supporting frame.

This arrangement allows the unit to be planned as independent equipment during the project design stage. Installation height, foundation position, and surrounding space can be considered before the final structure is confirmed.

The supplied product information does not provide specific airflow, equipment diameter, power, dust collection efficiency, or applicable dust range for this model.

These technical values should therefore not be replaced with parameters from other cyclone or industrial dust collector products. For an actual project, the required dimensions and performance specifications need to be confirmed according to the agreed project conditions.

The cylindrical body, conical section, and supporting frame involve plate forming, welding, structural manufacturing, and assembly.

Luoyang Dingchuang Heavy Industry Machinery Co., Ltd. uses metal structural component processing, laser cutting, and laser welding as key manufacturing processes. The factory is equipped with plate rolling machines, profile cutting machines, laser cutting machines, laser welding machines, and overhead cranes of different capacities.

The company manufactures dust collectors and also provides mechanical parts, components, and metal structural fabrication services.

These existing production capabilities can therefore be used for the cylinder, cone, support structure, and other non-standard mechanical sections of a high efficiency cyclone dust collector.

The factory supports OEM/ODM manufacturing and can produce equipment according to customer technical drawings or physical prototypes.

The company has its own R&D team and can discuss product adaptation according to buyer requirements before production.

Customized samples or customized equipment generally require 1–3 months for development and production, with the actual cycle also influenced by purchased component lead times. Standard products normally require 25–45 days.

Photo or video updates can be supplied during manufacturing. This allows buyers to coordinate equipment foundation work, transportation, and installation planning with the production schedule.

The factory controls product quality through its quality system and carries out 100% inspection before packing. Third-party inspection is accepted.

Large equipment can be transported in containers. Paid steel packing frames are also available when required for different equipment sizes and transportation arrangements.

A one-year warranty is provided. Parts damaged or failing for non-human reasons during the warranty period can be replaced free of charge.

After the warranty period, buyers can continue to obtain telephone, online video, and on-site technical support and fault repair.