Equipment category-Product Center-Hainan Jiemeng

WMJSD200 New-Generation Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD100 New-Type Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD60 New-Model Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD50 New-Type Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD30-1 New-Type Rear-Discharge Static Sand Mill

By employing a discharge method that combines a centrifugal turbine with an annular screen ring, the production capacity has increased by approximately 20% compared to conventional dynamic discharge configurations.

WMJSD20 New-Generation Rear-Discharge Static Sand Mill

By adopting a discharge method that combines a centrifugal turbine with an annular screen ring, the production capacity has increased by approximately 20% compared with conventional dynamic discharge configurations.

WMLD100B Front-End Dynamic Discharge Sand Mill

It is a classic sand mill, delivering consistent performance when grinding oil-based materials. The grinding chamber can be configured with a variety of materials and features helical cooling channels for forced cooling. With its relatively low cost, it is widely used in large-scale applications of oil-based industrial coatings.

WM60A Front-End Dynamic Discharge Sand Mill

A classic sand mill, it delivers stable performance when grinding oily materials. The grinding chamber can be configured with a variety of materials, and it features a helical flow‑guide channel for forced cooling. With its competitive price, it is widely suited for large‑scale production of oil‑based industrial coatings.

WM50A Front-Discharge Dynamic Sand Mill

A classic sand mill, it delivers stable performance when grinding oily materials. The grinding chamber can be configured with a variety of materials, and it features a helical flow‑guide channel for forced cooling. With its competitive price, it is widely suited for large‑scale production of oil‑based industrial coatings.

WM30A-1 Front-End Dynamic Discharge Sand Mill

A classic sand mill, it delivers stable performance when grinding oily materials. The grinding chamber can be configured with a variety of materials, and it features a helical flow‑guide channel for forced cooling. With its competitive price, it is widely suited for large‑scale production of oil‑based industrial coatings.

WM20A Front-End Dynamic Discharge Sand Mill

A classic sand mill, it delivers stable performance when grinding oily materials. The grinding chamber can be configured with a variety of materials, and it features a helical flow‑guide channel for forced cooling. With its competitive price, it is widely suited for large‑scale production of oil‑based industrial coatings.

WSDN Nanorod Sales Laboratory Sand Mill

It employs variable-frequency stepless speed control, and the grinding chamber is made entirely of ceramic materials, ensuring zero metal contamination. A helical cooling channel provides forced cooling; its compact size makes it ideal for laboratory use. Cleaning, color change, and maintenance are quick and convenient, and the grind fineness can reach the nanometer level, making it well suited for high‑end product grinding experiments.

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