MTW Grinding Mill

Our MTW European grinding mills combine European engineering principles with global performance standards to provide superior grinding efficiency. Designed for applications with high precision and rugged construction, these grinding mills set a new benchmark in grinding technology. Perfectly meets the production needs of customers with fine powders ranging from 80-425 mesh.

Application areas: cement, coal, power plant desulfurization, metallurgy, chemical industry, non-metallic minerals, building materials, ceramics

MTW Series EURO Grinding Mill Advantage:

The high-end configuration of bevel gear integrated transmission, frequency conversion classification, andisolated powder collection greatly improves the effi-ciency of powder selection.

Automatic thin oil lubrication+water-cooled con-stant temperature system ensures stable andreliable equipment, increasing its lifespan by 5-10times.

Automatic control: The electrical system adopts centralized control, the grinding workshop can be operated unmanned, and maintenance is simple and convenient.
High grinding efficiency: The fan and analyzer control the fineness, eliminate screens and blockages, and produce uniform powder (80-325 mesh) with a pass rate of more than 99%.
Reduce costs: Drying and grinding are integrated into one, no separate dryer is required, and investment is reduced.
Sturdy and durable: The mill is equipped with an integrated gearbox, anti-vibration system, and components such as grinding rings with a service life of up to 8,000 hours and grinding rollers with a service life of up to 6,000 hours, with a designed service life of more than 30 years.
Environmental protection: The grinding process adopts a negative pressure closed-loop circulation system to minimize dust and noise. A full pulse dust collector is used, and the dust removal rate reaches 99%.
Low energy consumption: Small footprint, high powder making efficiency, and energy consumption is reduced by more than 60% compared with ball mills.

Working principle:
Feeding: After the material is processed by the crusher, it is evenly and quantitatively fed into the grinding chamber of the mill through the variable frequency belt feeder.
Grinding: After the material enters the grinding chamber, it is gradually ground into fine powder by the high-speed rotation impact and friction of the grinding roller and the grinding ring.
Classification: The ground material rises with the airflow generated by the fan and enters the powder selector for classification. The selector screens the material according to the particle size, and the material with qualified fineness passes, while the coarse particles return to the grinding chamber for re-grinding.
Collection: The qualified fine powder after classification is collected by the cyclone powder collector to separate the air.
Discharge: The collected fine powder is discharged from the mill through the discharge device to complete the entire grinding process.
During the entire working process, the European version of the mill uses efficient air selection technology and precise classification system to ensure the grinding efficiency and fineness control of the material. At the same time, the internal thin oil lubrication system and dust removal device ensure the stable operation and environmental protection requirements of the equipment.

Raymond Mill vs MTW EURO Grinding Mill vs YGM Grinding Mill

Why choose our Raymond mill?

SMAT Raymond Mill vs. Traditional Mills
Energy consumption is 30-50% lower than standard mills
Fineness: 80-600 mesh
Noise: <75dB, 85-95dB
Maintenance: easy to repair, complex operation
Other Advantages:
✓ Durable components - roller life exceeds 8000 hours
✓ Intelligent control - touch screen PLC system
✓ Global service - fast spare parts delivery

Our service:

Installation - on-site guidance provided

Training - operator and maintenance programs

Support - 24/7 technical hotline