Trommel Screen

The GT Series offers multiple advantages: 1) 35% improved screening efficiency through optimized drum design and spiral lifting system; 2) Capability to handle materials with up to 35% moisture content; 3) 35% energy savings through low-speed operation; 4) 50% reduced maintenance time through modular design; 5) 3-4 times longer wear part lifespan; 6) Intelligent control system ensuring optimal performance; 7) Versatile application range from mining to waste processing; 8) Environmental noise-reduction design, keeping noise below 75 decibels; 9) High intelligence level, supporting remote monitoring and fault prediction.

Our trommel effectively handles high-moisture materials through: 1) Special drum rotation structure preventing material accumulation; 2) Anti-clogging screen panels maintaining throughput; 3) Optimized 3-6rpm rotation speed ensuring proper material flow; 4) Spiral lifting system improving material separation; 5) Wear-resistant liners handling abrasive wet materials; 6) Intelligent spraying system assisting material flow; 7) Special aperture design preventing blockage; 8) Automatic cleaning system keeping screens clear. The system maintains screening efficiency for materials with moisture content up to 35%.

Regular maintenance includes: 1) Daily checks: drum rotation, material flow, bearing temperature, drive components; 2) Weekly maintenance: checking drive systems, screen panel wear, clearing accumulated material, tightening bolts; 3) Monthly maintenance: lubricating bearings, checking motors, calibrating rotation speed, replacing worn parts; 4) Quarterly maintenance: comprehensive inspection, replacing wear items, testing control systems. Key component lifespan: screen panels 6-12 months, wear-resistant liners 12-18 months, bearings 2-3 years, drive components 3-4 years. Intelligent monitoring systems provide preventive maintenance reminders and component life prediction.

Model selection should consider: 1) Performance requirements - recommend selecting a model 20% above actual needs; 2) Material characteristics - including particle size distribution, density, moisture content, stickiness; 3) Process requirements - separation precision, product specifications, processing technology; 4) Site conditions - installation space, feed and discharge methods, auxiliary equipment; 5) Usage environment - indoor/outdoor, temperature, humidity, dust; 6) Maintenance conditions - spare parts supply, maintenance space, technical support. We provide on-site assessment, material testing, and 3D simulation services to ensure optimal selection.

Key economic advantages include: 1) Energy savings - 25-40% energy consumption reduction compared to conventional equipment; 2) Maintenance cost - 40% lower maintenance expenses, wear parts lasting 3-4 times longer; 3) Production efficiency - 35% improved processing efficiency, 60% reduced downtime; 4) Labor cost - intelligent control reducing labor requirements by 30%; 5) Product quality - separation accuracy improved to 98%, increasing product value; 6) Environmental benefits - compliance with latest environmental standards, avoiding penalty risks; 7) Return on investment - typically recovered within 10-14 months, with 20-25% annual return. Medium-sized operations save $100,000-$150,000 annually in operating costs.

The equipment features comprehensive environmental characteristics: 1) Noise control - uses innovative sound-dampening materials, operating noise under 75 decibels; 2) Dust control - sealed design reducing dust emissions by 90%; 3) Water conservation - intelligent spraying system saving 40% water usage; 4) Energy efficiency - 25-40% energy savings compared to traditional equipment; 5) Material recovery - improving material recovery rates, reducing waste; 6) Environmental adaptability - suitable for harsh environments from -20°C to 60°C; 7) Intelligent control - automatically optimizing operating parameters, reducing resource consumption.

Safety assurance measures include: 1) Hardware protection - overload protection, emergency shutdown, anti-pinch settings; 2) Software monitoring - real-time monitoring of key parameters, automatic alarm for abnormalities; 3) Operation safety - user-friendly operation interface, anti-misoperation design; 4) Maintenance safety - ergonomically designed maintenance access; 5) Training support - providing professional operation and maintenance training; 6) Emergency plans - comprehensive fault handling and emergency procedures; 7) Safety certification - complying with international safety standard certifications; 8) Technical support - 24-hour fault response service.