Description
Modular Track Movable Partition Wall Product White Paper
Spatial Reconstruction Engineering Design Concept
Developed based on the concept of "dynamic architecture", space reconstruction is achieved through standardized modules and precision transmission systems. Each 2.4㎡ standard unit of this manual Movable Partition Wall can independently bear 85kg, and the maximum span after assembly is 12 meters, meeting the full scene requirements from conference rooms to exhibition halls.
Technical analysis of core components
Track system
Material: 304 stainless steel C-type rail (wall thickness 2.5mm)
Load: dynamic load 120kg/m, static load 300kg/m
Accuracy: straightness error ≤0.3mm/m, roller concentricity 0.1mm
Transmission mechanism
Pulley block: double row nylon roller, friction coefficient 0.08
Locking device: three-level positioning lock, load capacity up to 200kg
Buffer system: hydraulic damper, closing speed controllable at 0.3m/s
Performance parameter table
Sound insulation level reaches RW=45dB (filled with sound-absorbing cotton); fireproof level is B1 (flame retardant time > 30min); weather resistance performance is no deformation at -20℃~60℃; wear resistance times greater than 50,000 times (Taber test)
Operation interface engineering design
Human-computer interaction system - thrust threshold: ≤15N (easy operation for women)
Positioning accuracy: ±5mm (industry leading)
Emergency device: manual release lock, unlock within 3 seconds
Maintenance convenience
Modular quick-release design: single module replacement time <10 minutes
Track cleaning port: maintenance window set every 5 meters
Lubrication system: automatic grease supply device (annual maintenance volume <50g)
Environmental protection indicators
Material recyclability: 92% (aluminum frame + steel plate)
VOC emissions: <0.5g/L (compliance with the Ten-Ring Certification)
Carbon footprint: CO₂ emissions in the production stage 2.1kg/㎡
By deeply integrating industrial design with architectural functions, this product redefines the performance boundaries of space separation equipment. Actual measured data shows that in commercial scenarios with an average of 12 uses per day, the wear rate of the track system is less than 0.01mm/year, ensuring that the initial accuracy is maintained within a ten-year service cycle. This innovative solution that combines engineering reliability, operational convenience and spatial aesthetics is becoming a standard configuration for modern architectural spaces.
