Servoday Biomass Tear Drop Hammer Mill delivers high-performance grinding of biomass feedstock, producing uniform particles ideal for pelletizing in Uttar Pradesh, India. Its innovative design ensures effective size reduction and enhanced productivity.
Built for Heavy-Duty Grinding in Uttar Pradesh, India
Exceptional Performance of SERVODAY Tear Drop Hammer Mill
SERVODAY Tear Drop Hammer Mills are engineered to tackle the most demanding grinding applications, from processing animal feed and fish feed to ethanol production. Designed for robustness and high efficiency, these machines ensure unparalleled performance, reliability, and operational uptime. With high-density frames and a rugged design, SERVODAY Hammermills are built to endure the toughest conditions, providing consistent results day after day.
SERVO-HM1000 | SERVO-HM2000 | SERVO-HM4000 | SERVO-HM8000 | ||
---|---|---|---|---|---|
Rotor Diameter | mm | 600 - 900 | 900 - 1100 | 1100 - 1370 | 1370 |
Main Motor* | kW | 55 - 90 | 90 - 125 | 132 - 200 | 160 - 355 |
Capacity* | tph | 1 | 2 | 4 | 8 |
Air Assist Required | - | YES | YES | YES | YES |
Rugged Construction for Optimal Efficiency
SERVODAY Hammermills: Durable and Efficient
Constructed with a heavy-duty carbon steel base and high-density frame, SERVODAY Hammermills are engineered to maximize alignment and energy efficiency while minimizing noise and vibration. The mechanical steel tube base ensures stability during operation, and the double-pivot full-access doors enhance accessibility for maintenance. With inboard and outboard double-row spherical roller bearings, these hammermills are designed for superior durability and ease of upkeep, optimizing operational efficiency in Uttar Pradesh, India' demanding environments.
Empowering Sustainable Biomass Processing
Advanced Features of SERVODAY Tear Drop Hammer Mill
SERVODAY Hammermills are equipped with advanced features for fine grinding of various materials. The bidirectional rotors and laser-cut hard-faced hammers deliver higher output with lower operating costs. Key innovations include the patented regrind chamber and premium diamond hammers for efficient grinding, as well as bearing temperature monitor probes and vibration switches for enhanced safety and reliability. These features make SERVODAY Hammermills an ideal choice for sustainable biomass processing.
Engineered for Maximum Efficiency
SERVODAY Hammermills: Performance and Cost-Effectiveness
SERVODAY Hammermills are designed for peak efficiency and durability. The bidirectional rotor design and easily replaceable wear liners ensure optimal performance while minimizing operational costs. The dual hammer position and trap key interlock system enhance performance, providing smooth and trouble-free operation even in the most challenging conditions. These features make SERVODAY Hammermills a valuable investment for efficient biomass processing in Uttar Pradesh, India.
Unrivaled Performance: The SERVODAY Advantage
Reliable and Innovative Grinding Solutions
SERVODAY Tear Drop Hammermills are renowned for their reliability and innovation, operating seamlessly under rigorous conditions. By investing in SERVODAY Hammermills, you benefit from reduced downtime and increased profitability. Our commitment to excellence and customer satisfaction makes SERVODAY the preferred choice for biomass grinding solutions globally, ensuring top performance in every application.
Versatility in Biomass Processing
SERVODAY Hammermills: Adapting to Diverse Biomass Materials
SERVODAY Tear Drop Hammermills offer exceptional versatility, handling a wide range of biomass materials with ease. From wheat straw and rice straw to sugarcane bagasse and sawdust, these hammermills effectively grind various biomasses to the specifications required for pellet mills and boiler fuel. Whether processing agricultural residues, municipal wastes, or forest product wastes, SERVODAY Hammermills provide consistent and reliable results, making them essential for biomass processing plants and renewable energy facilities in Uttar Pradesh, India and beyond.