Stainless steel multi-cyclone powder recovery system equipment description
1. Device positioning
Industry applications : spray workshop, 3D printing powder recovery, pharmaceutical powder processing scenes
Core values : gas solid separation of powder, recovery rate ≥98% (particle size > 5μm powder)
Second, work flow
1, multistage separation stage
The silty air flows tangentially into the primary cyclone, and the large particles settle directly
The two-stage + cyclone captures medium and fine particles by centrifugal force
2, fine filtration stage
The remaining fine powder is trapped on the surface of the filter cartridge
When the pressure difference reaches 800Pa, the pulse is triggered to clean the ash
3, powder recovery stage
The powder from each collecting port is transported to the collecting bin through the rotary valve
Material level up to 80% automatically triggers sound and light reminder
Third, technical advantages
anti-blocking design : Mirror polishing inside cyclone (Ra≤0.8μm)
Intelligent control : Supports OPC UA protocol access to MES
Environmental protection standard : emission concentration < 10mg/m³ (GB 16297-2022)
System architecture of stainless steel multi-cyclone powder recovery system
First, component name and technical characteristics:
1, multi-stage cyclone separation tower stainless steel, 3-6 series design, step by step separation of 5-100μm particles
2, pulse backblowing filter PTFE coated filter cartridge, temperature resistance 200℃, automatic cleaning interval 5-120min adjustable
3. Negative pressure induced draft fan group frequency conversion control (11-22kW), air volume range 3000-12000m³/h, with damping base
4, powder aggregate cone hopper + vibration fluidization device, volume 0.5-5m³ optional, equipped with material level sensor
Second, performance parameters
Working temperature: -20℃~150℃ (high temperature type can be customized)
System resistance: ≤1200Pa
Recovery accuracy: separable minimum particle size 1μm (high efficiency filter required)
Seal class: Overall leakage rate < 0.05% (EN 15051 standard)
Energy consumption index: Power consumption per 1000m³ air treatment ≤0.8kW·h
1. High cost performance Based on the customer's product positioning and development strategy, based on economic benefits, to achieve the best cost performance.
2. Advanced equipment design concept of excellence, high degree of automation of industrial equipment, show modern advanced enterprise style.
3 .High adaptability to meet the current production requirements, and reserve space for development, considering the later production increase and quality improvement needs.
4. Quality standards strictly follow the IS0900 quality management system, and every small link of the entire equipment installation is strictly checked.