0.75-3.8kw High Cleanliness Aluminum Rigid High Speed Door For Lithium Battery Factory
Aluminum Rigid High Speed Door for New Energy Battery Production
High Performance Industrial High Speed Door for Lithium Battery Cleanroom & Automated Factory
Product Overview
The Aluminum Rigid High Speed Door is a high-performance industrial high speed door designed specifically for lithium battery factories and new energy manufacturing environments. Built with insulated aluminum alloy rigid panels and a high-speed drive system, this high speed spiral door provides excellent sealing, fast operation, and stable performance in high-cleanliness production areas.
It is widely used in battery cell production lines, module assembly workshops, and automated logistics zones, helping ensure strict environmental control, efficient material flow, and safe production conditions in smart factories.
Key Features of Aluminum Rigid High Speed Door
High Cleanliness Design for Battery Production
- Aluminum rigid panel structure with smooth surface
- Reduces dust accumulation and particle contamination
- Suitable for cleanroom and controlled environments
High-Speed Operation for Smart Logistics
- Opening speed: 0.6–1.2 m/s (adjustable)
- Closing speed: 0.6 m/s
- Supports fast AGV and automated material flow
Strong Sealing Performance
- Bottom seal: aluminum profile + sealing strip
- Track sealing system prevents air leakage
- Maintains stable pressure and cleanliness
Durable Aluminum Alloy Structure
- Total thickness: 10mm
- Panel width: 100mm
- High stability for continuous industrial use
Compatible with Automation Systems
- Integrates with AGV, conveyor, and smart factory systems
- Supports Industry 4.0 production environments
Product Parameters
| Parameter | Description |
| Motor System | The motor drive system adopts a branded motor system, equipped with an encoder and an emergency manual opening mechanism. Ensures optimal performance of safety protection devices (such as infrared sensors) with fast rebound response. Features strong overload capacity, capable of operating over 1,000 cycles per day in high-frequency applications. Supports automatic/manual mode switching while ensuring safe operation of the high-speed door. The control cabinet is installed inside the workshop, and an external up/down push button is provided outside the door for convenient access by external personnel. |
| Control System | The rigid high-speed door is equipped with a dedicated control system and a specialized control box with power options of 0.75 / 1.5 / 2.2 kW. The control box includes a main power switch, emergency stop button, manual/automatic mode selector, and manual up/down control buttons. It allows precise control of the door opening height. |
| End Buffering | End buffering technology effectively protects the reducer and operating mechanism from rigid impact damage. Speed can be digitally adjusted according to actual requirements, enabling full-stroke speed variation (fast–slow–stop), reducing wear on components and providing outstanding protection for the reduction mechanism. |
| Door Structure | The door curtain adopts a modular assembly structure, using aluminum alloy panels specifically designed for industrial doors with multi-layer sealing strips. The aluminum alloy hollow panel has a standard width of 90 mm, thickness of 1.5 mm, and wall thickness of 1.0 mm. The surface is anodized with organic coloring, available in optional colors. Panels are sealed with flexible connection strips, offering a folding life of over one million cycles. The panels do not contact each other, maintaining long-term flatness and durability. |
| Safety System | Infrared Safety Sensors: Photoelectric sensors are installed on both sides of the door frame. When an obstacle is detected beneath the door, it remains open. If an object passes through during closing, the door reopens to the preset open position and descends again after a delay once the area is clear. External infrared devices can be connected to control fast rebound. Rebound speed and infrared function logic (single activation or continuous hold-open) can be easily adjusted via parameters. Bottom Safety Edge: When an obstacle is located within the infrared blind zone during closing, the bottom safety edge triggers an immediate upward rebound upon contact, effectively protecting people and objects and preventing accidents. |
| Wind Resistance | Wind resistance up to 32 m/s, compliant with national standard Grade 12 wind resistance. |
| Transparent Window | High-quality PVC panels with a double-layer structure provide excellent thermal insulation while maintaining high transparency and natural lighting. Clear visibility from both sides enhances aesthetics and overall appearance. (Optional) |
| Sealing Performance | Multiple sealing designs including guide rail sealing, inter-panel sealing, top sealing, and bottom sealing ensure excellent airtightness and effective environmental isolation between indoor and outdoor areas. |
| Thermal Insulation Performance | For an installed door in the closed state (4 × 3 m), the thermal insulation coefficient is K < 0.6 W/(㎡·K). |
| Manual Operation | In the event of a power failure, the motor brake can be released at any time, allowing the door to be lifted with the assistance of the balancing system. This effectively resolves situations where the door cannot be opened due to power loss or malfunction. |
| Panel Drive System | The door panels are driven by a high-quality, wear-resistant, high-strength roller chain structure. The synchronized chain drives the door into a variable-speed roller mechanism for smooth and efficient operation. |
| Operating Methods | Standard one-touch push button with emergency stop function; manual opening operation available during power failure. |
Why Use Rigid High Speed Door in Lithium Battery Factory
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High Cleanliness Requirement
Lithium battery production requires strict dust-free and controlled environments. The aluminum rigid high speed door minimizes particle intrusion and maintains cleanroom standards.
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Efficient Logistics System
Fast opening speeds enable smooth material transfer between production stages, improving efficiency in high-volume battery manufacturing.
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High Level of Automation
Modern battery factories rely heavily on AGV systems and automated production lines. This high speed spiral door supports seamless integration with smart logistics systems.
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Improve Production Safety
Stable operation and high sealing performance reduce environmental fluctuations, helping protect sensitive battery materials during production.
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Energy Saving & Environmental Control
Reduces air exchange between zones, helping maintain stable temperature and humidity in controlled production areas.
FAQ
Why are rigid high speed doors used in lithium battery factories?
Because they provide high cleanliness, fast operation, and stable sealing required for sensitive battery production environments.
Can this door support automated production systems?
Yes, it is fully compatible with AGV systems, conveyors, and smart factory automation.
Does it help maintain cleanroom conditions?
Yes, its sealed structure reduces dust and particle intrusion effectively.
Is it suitable for high-frequency operation?
Yes, it is designed for continuous use in high-output battery manufacturing plants.
Can it be customized for different factory layouts?
Yes, size, color, and system integration options are fully customizable.
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