PTM Triple Roller Mill

Name: PTM Triple Roller Mill
Brand: POLYC MACHINE
SKU: ptm-triple-roller-mill
Availability: InStock

PTM Triple-roller mill is mainly used in paint, printing ink, pigment, plastic, etc., especially mill and disperse products with high viscosity and small granularity. Due to the mutual squeezing of three horizontal alloy bowls and friction with different velocities, a great milling effect can be realized. The Triple-roller mill adopts sprocket driven, the gear is immersed into a lubricant, so the service life of the machine is maximum prolonged, noise and energy consumption is reduced. The Tri

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Description

Built for the real process.

Technical Data

Technical Specifications

Technical Specifications
Model	Speed	Motor Power	Power	Weight	Parameter 5	Parameter 6	Parameter 7	Parameter 8
PTM260	260	675	24	68.5	195	7.5	1750x1400x1180	2000
PTM406	406	810	16	48	145	15	2100x1900x1360	5300
PZM406L	406	1000	16	48	145	22	2350x1778x1320	5800

Equipment Guidance

Frequently Asked Questions

What is a basket mill?

A basket mill is a submersible wet grinding machine that combines premixing, dispersion, and grinding in one vessel. POLYC MACHINE basket mills support laboratory and production batches for coatings, inks, and battery materials.

What is the difference between a basket mill and a horizontal bead mill?

Basket mills are submersible and suit small-to-medium batches with easy cleaning. Horizontal bead mills are continuous-flow machines for higher-volume production. POLYC MACHINE engineers can recommend the right configuration.

What capacity range do your bead mills support?

POLYC MACHINE bead mills range from laboratory models to 1,000 L production machines. Custom configurations are available for specific materials, viscosity, and throughput requirements.

What materials are bead mills suitable for?

Our bead mills process coatings, inks, battery materials, pharmaceuticals, cosmetics, agrochemicals, advanced ceramics, and chemical products. Material testing can be arranged before purchase.

How do I choose the right bead mill?

Consider batch size, material viscosity, target fineness, and production volume. POLYC MACHINE engineers provide consultation and material testing to recommend a suitable machine.

Do you provide installation, training, and after-sales support?

Yes. POLYC MACHINE provides installation guidance, operator training, spare parts supply, and lifetime technical support. Our engineering team responds to technical enquiries within 24 hours.

What is the lead time for a standard bead mill?

Standard bead mill models typically ship within 30 to 45 days. Custom configurations may require 60 to 90 days. Contact POLYC MACHINE for current availability.

Can bead mills be customized for specific materials?

Yes. We offer custom chamber materials, seal configurations, explosion-proof designs, cooling systems, and controls for specialized applications. Share your material specifications for a proposal.

Engineering Features

Key Features

The PTM Triple-roller mill can be designed as per materials viscosity to be suitable for materials with high viscosity. mid viscosity. low viscosity respectively. A little rise in temperature, stable quality of the finished product. Excellent cooling results can be achieved by inputting cooling water into the roller when the machine is running. Normally the temperature increase will be less than 10C. And the quality of the finished products is ensured. Customized options. The machine can be an Ex-proof type. The roller material can be Ceramics material such as zirconium, aluminum oxide etc. The working principle of the Triple -roller mill: The equipment consists of three rollers fixed on the frame and driven directly by the motor. The rotation direction between rollers is generally different, the former roller rotates forward, the rear roller rotates backward. The speed of the former roller is quick, while the speed of the rear roller is slow. The mid roller is fixed, former and rear rollers are mounted on the slide with a spring device. Adjust the distance between three rollers by handwheel. The material, charged from the space between the rear roller and middle roller, is squeezed by the rollers to obtain a smaller particle size. Then the material is rolled out by the fast roll (Roll rotates at high speed). The scrapper at the end of the fast roller separates materials from the roller and falls into the collection barrels.

Applications