| MOQ: | IUNIT |
| Price: | Negotiable |
| Standard Packaging: | plywood package |
| Delivery Period: | 10~15DAYS |
| Payment Method: | T/T |
| Supply Capacity: | 300 unit per month |
Chemical manufacturing plants often require fast, safe, and controlled access between production, storage, and logistics areas. In ambient temperature zones, doors must withstand frequent operation, resist corrosion, and maintain separation between different chemical processing areas.
The Spiral High Speed Door is ideal for these conditions, providing rigid aluminum panels, non-contact spiral track technology, and high-speed operation. It ensures smooth workflow, safety for personnel, and minimizes environmental contamination in chemical plants.
| Parameter | Description |
|---|---|
| Maximum Available Size | Door width: 1000–7000 mm Door height: 1500–5000 mm |
| Lifting Mechanism | The aluminum alloy turbine guide rail ensures high-speed operation of the door curtain during opening and closing. The rotational friction between the door curtain and the rail effectively controls noise. Based on the on-site installation structure, it can be divided into: turbine suction type, elliptical suction type, vertical lifting type, 90-degree standard corner lifting type, or other rail configurations. The standard configuration is the turbine suction type; other lifting methods require prior arrangement with our sales personnel. |
| Operating speed | Opening speed: 0.6-1.5 M/S (adjustable) Closing speed: 0.6 M/S (adjustable) |
| Door panel materials | The aluminum alloy door panel has a width of 120mm and a standard thickness of 24mm, with two reinforcing ribs inside. The door panel is filled with polyurethane foam, the aluminum alloy door sheet thickness is 1.2mm, the door hinge thickness is 45mm, and the spiral track thickness is 10mm. Various colors are available. |
| Sealing performance | Multiple seals, including guide rail seals, door panel middle seals, and door body bottom seals, ensure airtightness and isolation between the inside and outside of the door. |
| Wind resistance | Maximum wind speed of 8 on the Beaufort scale, which may intensify to 10 on the Beaufort scale. |
| Manual functions | In the event of a power outage, the motor brake can be released at any time, and the door can be lifted using the balancing system. This effectively solves the problem of the door being unable to open due to power failure or malfunction. |
| Switching method | Standard one-button control box with emergency stop switch. Optional features include: radar sensing, magnetic loop sensing, pull-cord switch, and remote control activation. |
| Reserved port | The electrical control system includes provisions for: infrared safety switches, magnetic induction switches, radar induction switches, pull-cord switches, remote control switches, and double-door interlocking, ensuring strong compatibility. |
Raw material reception zones
Intermediate chemical processing areas
Packaging and filling workshops
Internal logistics corridors
Separation between production and storage areas
Loading and unloading entrances
These zones benefit from controlled access and rapid internal traffic flow.
Reduces operational downtime and improves logistics efficiency
Maintains separation of different process zones
Minimizes contamination and dust transfer
Long service life with low maintenance
Suitable for large or high-frequency openings
This makes it a preferred industrial high speed door for chemical production facilities.
The spiral lift design allows each door panel to rise independently along a curved track. Key benefits in chemical plant ambient zones:
Reduced mechanical wear and maintenance
Cleaner operation with minimal dust or debris
Smooth, stable performance under continuous cycles
Compared to PVC roll-up or sectional doors, spiral doors provide superior reliability and durability.
Spiral High Speed Doors can be installed at:
Production workshop entrances
Internal logistics corridors
Chemical storage and packaging zones
Requires moderate headroom and minimal side clearance, compatible with most chemical plant layouts.
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All measurements are made indoors and each value must be measured at at least three points:
H--the height of the doorway (the distance from the ground to the top of the doorway)
B--the width of the door opening (the distance from the left edge of the door opening to the right edge)
h--Above the doorway (the distance from the top of the doorway to the ceiling) is generally reserved 900mm
b1/ b2 is the left/right lateral distance of at least 350 mm (distance from the corresponding edge of the door opening to the obstacle)
L is the depth of the room.
When measuring h, b1, b2 and L, take the smallest value as the final size.
Chemical production areas have continuous material transfer, forklift traffic, and strict safety requirements. A reliable high-speed door system is essential:
Fast operation reduces waiting times for forklifts and material carts
Rigid construction resists damage from frequent use
Smooth and low-noise operation improves workplace safety
Durable design supports high-cycle industrial environments
A Spiral High Speed Door balances speed, durability, and safety for ambient chemical plant operations.
|
|
|
Looking for a Spiral High Speed Door for chemical production workshops?
Contact a trusted Spiral High Speed Door supplier to receive a customized technical quote.
| MOQ: | IUNIT |
| Price: | Negotiable |
| Standard Packaging: | plywood package |
| Delivery Period: | 10~15DAYS |
| Payment Method: | T/T |
| Supply Capacity: | 300 unit per month |
Chemical manufacturing plants often require fast, safe, and controlled access between production, storage, and logistics areas. In ambient temperature zones, doors must withstand frequent operation, resist corrosion, and maintain separation between different chemical processing areas.
The Spiral High Speed Door is ideal for these conditions, providing rigid aluminum panels, non-contact spiral track technology, and high-speed operation. It ensures smooth workflow, safety for personnel, and minimizes environmental contamination in chemical plants.
| Parameter | Description |
|---|---|
| Maximum Available Size | Door width: 1000–7000 mm Door height: 1500–5000 mm |
| Lifting Mechanism | The aluminum alloy turbine guide rail ensures high-speed operation of the door curtain during opening and closing. The rotational friction between the door curtain and the rail effectively controls noise. Based on the on-site installation structure, it can be divided into: turbine suction type, elliptical suction type, vertical lifting type, 90-degree standard corner lifting type, or other rail configurations. The standard configuration is the turbine suction type; other lifting methods require prior arrangement with our sales personnel. |
| Operating speed | Opening speed: 0.6-1.5 M/S (adjustable) Closing speed: 0.6 M/S (adjustable) |
| Door panel materials | The aluminum alloy door panel has a width of 120mm and a standard thickness of 24mm, with two reinforcing ribs inside. The door panel is filled with polyurethane foam, the aluminum alloy door sheet thickness is 1.2mm, the door hinge thickness is 45mm, and the spiral track thickness is 10mm. Various colors are available. |
| Sealing performance | Multiple seals, including guide rail seals, door panel middle seals, and door body bottom seals, ensure airtightness and isolation between the inside and outside of the door. |
| Wind resistance | Maximum wind speed of 8 on the Beaufort scale, which may intensify to 10 on the Beaufort scale. |
| Manual functions | In the event of a power outage, the motor brake can be released at any time, and the door can be lifted using the balancing system. This effectively solves the problem of the door being unable to open due to power failure or malfunction. |
| Switching method | Standard one-button control box with emergency stop switch. Optional features include: radar sensing, magnetic loop sensing, pull-cord switch, and remote control activation. |
| Reserved port | The electrical control system includes provisions for: infrared safety switches, magnetic induction switches, radar induction switches, pull-cord switches, remote control switches, and double-door interlocking, ensuring strong compatibility. |
Raw material reception zones
Intermediate chemical processing areas
Packaging and filling workshops
Internal logistics corridors
Separation between production and storage areas
Loading and unloading entrances
These zones benefit from controlled access and rapid internal traffic flow.
Reduces operational downtime and improves logistics efficiency
Maintains separation of different process zones
Minimizes contamination and dust transfer
Long service life with low maintenance
Suitable for large or high-frequency openings
This makes it a preferred industrial high speed door for chemical production facilities.
The spiral lift design allows each door panel to rise independently along a curved track. Key benefits in chemical plant ambient zones:
Reduced mechanical wear and maintenance
Cleaner operation with minimal dust or debris
Smooth, stable performance under continuous cycles
Compared to PVC roll-up or sectional doors, spiral doors provide superior reliability and durability.
Spiral High Speed Doors can be installed at:
Production workshop entrances
Internal logistics corridors
Chemical storage and packaging zones
Requires moderate headroom and minimal side clearance, compatible with most chemical plant layouts.
![]()
All measurements are made indoors and each value must be measured at at least three points:
H--the height of the doorway (the distance from the ground to the top of the doorway)
B--the width of the door opening (the distance from the left edge of the door opening to the right edge)
h--Above the doorway (the distance from the top of the doorway to the ceiling) is generally reserved 900mm
b1/ b2 is the left/right lateral distance of at least 350 mm (distance from the corresponding edge of the door opening to the obstacle)
L is the depth of the room.
When measuring h, b1, b2 and L, take the smallest value as the final size.
Chemical production areas have continuous material transfer, forklift traffic, and strict safety requirements. A reliable high-speed door system is essential:
Fast operation reduces waiting times for forklifts and material carts
Rigid construction resists damage from frequent use
Smooth and low-noise operation improves workplace safety
Durable design supports high-cycle industrial environments
A Spiral High Speed Door balances speed, durability, and safety for ambient chemical plant operations.
|
|
|
Looking for a Spiral High Speed Door for chemical production workshops?
Contact a trusted Spiral High Speed Door supplier to receive a customized technical quote.