General introduction: The mobile telescopic polishing booth is a movable and retractable enclosed space equipment for industrial polishing operations. It effectively solves dust pollution and space limitations of traditional polishing work. The detailed introduction is as follows:
1. Structural Design
Modular Telescopic Structure
Adopt parallelogram connecting rod and standardized module design. The booth can be telescopically adjusted according to workpiece size. The unfolded length ranges from 10 to 30 meters, while the occupied area after contraction is only 1/5 of the unfolded state.
Main Frame
The main frame is made of high-strength aluminum alloy and galvanized steel with anodized anti-corrosion treatment. The impact resistance strength reaches 120MPa. Equipped with thickened flame-retardant PVC tarpaulin, it can withstand extreme environments from -30℃ to 60℃ with a service life of 8-10 years.
Movement Mode
Light rails are laid on the ground for rapid position shifting with a moving speed ≥8m/min. Track-free models can be transferred by forklift, realizing station switching within 30 minutes.

2. Working Principle
Space Telescoping
Electric or manual control drives the telescopic frame to move along the track to realize expansion and contraction, adapting to polishing workpieces of different sizes.
Dust Removal System
A negative pressure system is installed inside the booth. The top negative pressure dust hood cooperates with ground side air inlets to form a three-dimensional negative pressure field for direct dust collection. It adopts three-stage dust removal: primary filter cotton + medium-efficiency filter bag + high-efficiency filter cartridge, with dust removal efficiency ≥99.5%.
Intelligent Linkage
Induction start-stop function is equipped. The dust removal host automatically starts when the booth expands and enters standby mode after contraction, reducing energy consumption by more than 40%. The fan power can be automatically adjusted according to working stations to balance dust collection efficiency and energy consumption.
3. Functional Characteristics
Efficient Dust Removal
Dust is captured at the source. High-precision filter materials ensure compliant air emission. Clean air can circulate back to the workshop to reduce energy loss.
All-round Safety Protection
Explosion-proof lamps eliminate electrical hazards in dusty environments. Anti-collision sensors are installed on telescopic frames with flame-retardant and wear-resistant enclosures. Emergency evacuation passages and alarm devices are configured inside the booth.
Flexible Adaptability
Customizable in width, height and length. It meets polishing requirements of automobile maintenance and heavy machinery manufacturing. The contracted structure does not interfere with other production processes.
4. Application Scenarios
Automobile manufacturing and maintenance: Used for polishing of car bodies and parts. The adjustable space controls dust pollution and improves polishing accuracy.
Machinery manufacturing: Suitable for polishing mechanical parts such as gears and bearings. Anti-static materials and high-efficiency dust removal system meet high-precision polishing standards.
Steel structure processing: The telescopic booth covers designated areas for large steel workpieces, avoiding energy waste and solving the space limitation of fixed workshops for oversized components.

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