Details

This equipment uses high-speed hammer impact to achieve rapid material size reduction. Designed and manufactured in strict compliance with GMP standards, it features sanitary construction with no dead corners and easy cleaning. Rotational speed is adjustable, offering strong material adaptability and high production efficiency. Low noise and low power consumption improve working conditions and reduce operating costs. Special alloy steel hammers provide strong wear resistance and long service life. A double mechanical seal with air purge completely prevents bearing contamination. Automatic control ensures uniform feeding for optimal milling results. A water-cooled jacket automatically controls temperature rise during operation to protect material quality. This hammer mill is widely used in pharmaceutical and chemical industries for reliable dry milling applications.

Technical Specification:

Core Advantages

Strict GMP-compliant design with sanitary construction, no dead corners, and easy cleaning.

Adjustable rotational speed provides strong material adaptability and high production efficiency.

Low noise and low power consumption improve working conditions and reduce operating costs.

Special alloy steel hammers offer strong wear resistance and long service life.

Double mechanical seal with air purge completely prevents bearing contamination.

Automatic control ensures uniform feeding for optimal milling results.

Water-cooled jacket automatically controls temperature rise to protect material quality.

Product Features

This hammer mill features high-speed impact milling, GMP sanitary design with no dead corners, adjustable rotor speed, double air-purged seals, alloy steel hammers, automatic feed control, and a water-cooled temperature management system.

Product Applications

Designed for rapid size reduction of dry materials, this equipment is suitable for pharmaceutical and chemical industries requiring controlled particle size and heat-sensitive material protection.

Precautions

Inspect hammer wear before each production run. Verify the air purge system is functioning before startup. Monitor material temperature during extended operation. Do not exceed recommended feed rate. Disconnect power before opening the milling chamber. Clean all internal surfaces immediately after use.

Picture of Factory

Why Choose Us

1. Engineering depth Layouts are checked against your P&ID and hazard study to align interfaces, venting, and access platforms with site standards. 2. Manufacturing traceability Material certificates and weld maps can be bundled for FAT documentation, supporting audit-ready pharmaceutical projects. 3. Lifecycle support Spare parts kits, on-site commissioning, and remote guidance shorten startup time and keep feeding performance stable.

FAQ

Q: How does the water-cooled jacket protect heat-sensitive materials?

A: Cooling water circulates through the outer casing, absorbing friction-generated heat and maintaining chamber temperature within safe limits for sensitive compounds.

Q: What is the purpose of the double mechanical seal with air purge?

A: The double seal prevents dust from reaching the bearings. Clean purge air flows between the two seals, pushing any stray particles back into the milling chamber.

Q: Can the same hammer mill achieve different particle sizes?

A: Yes. Adjusting rotor speed, changing screen sizes, and varying feed rates all affect final particle size without changing the basic machine setup.