About 1100 Vibratory Disc Mill
Applications
- Ceramics and glass : oxide Ceramics ,glass
- Building Materials : Cement, stone, Concrete ,clinker ,Raw meal etc.
- Environmental area : Soil , paving stone , slag
- Minerals & Metallurgy : Coal ,coke ,corundum ,ore ,slag
Standard Features of Vibratory Disc Mill 1100
- Extremely short grinding time with quick ,loss free and reproducible grinding
- High Final Fineness 20 m
- Digital Speed 700 1500rpm , continuous Adjustable
- Quick action clamping device for grinding set
- Different kinds of material of grinding sets for choice
- Agate & Tungsten carbide recognition for automatic speed reduction ( 700& 1200 rpm)
- Colour graphical display with single touch easy programming of parameters
- Storage memory for 10 SOPs with parameters
- Wide range of grinding material for various applications ranging 50-250ml ( Hardened steel , stainless steel ,
- Agate , Tungsten carbide, Zirconium Oxide ,steel 1.1740 for grinding without heavy metal contamination )
High-Efficiency Grinding for Industrial ApplicationsThe 1100 Vibratory Disc Mill delivers rapid and consistent grinding of a wide range of materials. Its powerful 0.75 kW electric motor and robust clamping system ensure reliable performance, making it ideal for labs and plants dealing with cement, geology, mining, metallurgy, and chemical processes. With a 250 ml batch capacity and results up to 100 mesh, the mill meets demanding quality and throughput requirements.
Advanced Safety and User-Friendly OperationThis model prioritizes operator safety with features such as overload protection, a safety interlock lid, and a sturdy safety cover. The semi-automatic, analog display system supports straightforward operation and monitoring. Suitable for ambient to 40C operating environments, the mill is easy to maintain and promises long-term reliability, even in rigorous industrial settings.
Versatile and Durable ConstructionConstructed from stainless steel and featuring optional tungsten carbide grinding discs, the 1100 Vibratory Disc Mill is tailored for durability and adaptability. Its compact dimensions and manageable weight (45 kg) allow flexible placement in laboratories or production sites, ensuring seamless integration into established workflows across India.
FAQs of 1100 Vibratory Disc Mill:
Q: How does the 1100 Vibratory Disc Mill operate for sample processing?
A: The 1100 Vibratory Disc Mill uses a semi-automatic process where samples (up to 20 mm) are placed within a grinding set. The strong lever clamp secures the sample, and the disc rotates at 972 rpm to achieve uniform grinding, reducing the material to fine powder (up to 100 mesh).
Q: What safety features are included in this vibratory disc mill?
A: This mill is equipped with overload protection and an interlocking safety lid. These mechanisms prevent operation during unsafe conditions, ensuring both user safety and equipment integrity during grinding cycles.
Q: When should I choose the optional tungsten carbide grinding disc?
A: Opt for the tungsten carbide disc when processing particularly hard or abrasive materials, as it offers superior wear resistance and extends the service life of the grinding set.
Q: Where can the 1100 Vibratory Disc Mill be installed and used?
A: This mill is suitable for installation in laboratories or industrial environments associated with cement, geology, mining, metallurgy, or chemical sectors. Its stainless steel construction and compact size make it easy to set up at various work sites.
Q: What is the process for routine maintenance of the equipment?
A: Routine maintenance involves regular cleaning of the grinding set and chamber, inspecting the clamping mechanism, and verifying safety interlocks. Always follow manufacturer guidelines for maintenance schedules and replacement of wear parts.
Q: How does using this disc mill benefit my laboratory or production facility?
A: Utilizing the 1100 Vibratory Disc Mill improves productivity thanks to its high grinding efficiency, precise results, and low noise operation. Its advanced safety features also reduce downtime and minimize workplace hazards.