alloy double roll crusher with fully sealed design

Features

1. High hardness wear-resistant alloy roller surface: Special alloy casting and precision heat treatment, along with anti-adhesive coating, prevents material adhesion and extends roller lifespan.
2. Adjustable discharge size: Gap between the two rolls is adjustable for precise control of finished product size, suitable for various crushing requirements.
3. Sealing and dustproof structure: Fully enclosed design with sealing ring and dust-absorbing interface effectively inhibits dust leakage for excellent environmental protection.
4. Smooth running, low noise: High-precision bearings and buffer system reduce noise and vibration, making it ideal for laboratory and quiet environments.
5. Compact structure, easy maintenance: Simple, reasonable modular design enables easy disassembly and maintenance, saving operating costs.

Advantages

1. High adaptability: Suitable for coal, ore, ferroalloy, coke, glass, slag, and other sample crushing processes.
2. No sample loss: No overflow or dust leakage during crushing, preserving sample integrity for precision analysis.
3. Energy-saving and durable: Low power consumption with long service life, reducing downtime and maintenance.
4. Intelligent control: Optional automatic gap adjustment and electrical control system enable intelligent sample preparation.

Working Principle

The alloy double roll crusher operates via a pair of relatively rotating cylindrical alloy rollers. Material enters the crushing chamber between the rolls and is subjected to two-way shearing and squeezing, crushing it to the desired size. The roll gap is adjustable for controlled particle size, and anti-adhesion treatment prevents blockage from high humidity materials. The motor-driven transmission uses a deceleration device for synchronous roller operation and includes overload protection to prevent damage from foreign materials.

Application Areas

1. Coal industry: Preliminary sample crushing for coal preparation, heat content, moisture, and ash analysis.
2. Metallurgy and iron/steel: Crushing and sampling of ferroalloy, coke, sinter ore, and other medium-hard materials.
3. Geological exploration: Laboratory crushing of rock and ore samples for further assay.
4. Building materials industry: Crushing pretreatment for cement raw materials, slag, and ceramics.
5. Third-party testing organizations: Standardized sample preparation for reliable data analysis.