| MOQ: | IUNIT |
| Price: | Negotiable |
| Standard Packaging: | plywood package |
| Delivery Period: | 10~15DAYS |
| Payment Method: | T/T |
| Supply Capacity: | 300 unit per month |
The Energy Saving Freezer Door is designed for cold storage systems that prioritize energy efficiency, reducing operational costs while maintaining precise temperature control.
Ideal for industrial and commercial cold rooms, this door minimizes cold air loss during frequent access, ensuring consistent temperatures and lower energy consumption across the facility.
The insulated freezer door combines advanced thermal insulation, rapid operation, and high-quality sealing to provide an energy-efficient solution for modern freezer warehouses.
| Parameter | Description |
|---|---|
| Maximum Available Size | Door width: 1000–4000 mm Door height: 1500–4000 mm |
| Dual-Side Track Heating System | Heating wires are installed inside both side tracks to ensure continuous and stable operation of the door curtain in low-temperature environments. |
| Operating Speed | Opening speed: 0.6–1.2 m/s (adjustable) Closing speed: 0.6 m/s (adjustable) |
| Door Curtain Material | The door curtain features a 3+2 composite structure, with thickened insulated curtains on both inner and outer layers and an aluminum foil insulation core. Total curtain thickness: 18–22 mm. |
| Frame Material | Tracks made of aluminum alloy, thickness 2.0 mm Enclosure frame made of 304 stainless steel |
| Sealing Performance | The tracks adopt a nylon + PVC wind-resistant curtain system, combined with an airtight bottom sealing structure, ensuring excellent sealing performance. |
| Wind Resistance | Maximum wind resistance Grade 6, upgradable to Grade 8. |
| Manual Operation | In the event of power failure or system malfunction, the door can be opened manually using a standard wrench. |
| Power Requirements | 220 V / 13 A, single-phase, 50/60 Hz IP54-rated control box, compliant with national electrical safety standards. |
| Insulation Protection | IP54 protection ensures dustproof and waterproof performance even in harsh environments. |
High Thermal Insulation
Multi-layer insulated curtain and airtight sealing minimize heat transfer.
Fast Opening & Closing
Reduces temperature fluctuations and cold air loss during frequent access.
Durable Construction
Designed for long-term, high-frequency use in commercial and industrial cold rooms.
Energy Efficient Design
Optimized to lower refrigeration load and operational costs.
Flexible Activation Options
Supports radar sensors, pull cords, ground loops, and remote controls.
Reduces Energy Consumption
High insulation and fast operation decrease refrigeration demand.
Maintains Stable Temperatures
Protects perishable goods while lowering energy costs.
Supports Sustainability Goals
Ideal for businesses aiming to reduce carbon footprint.
Reliable & Safe
Equipped with emergency manual operation and safety sensors.
Versatile Applications
Suitable for industrial, commercial, and export-oriented cold storage systems.
Energy-efficient industrial freezer warehouses
Commercial cold rooms in supermarkets and food distribution centers
Export-oriented and high-volume cold storage projects
Refrigerated storage facilities focusing on operational cost reduction
The thermal insulated freezer door is engineered to minimize cold air loss and energy waste.
Multi-layer insulation combined with rapid opening and closing maintains stable temperatures, reduces refrigeration load, and lowers operating costs.
This energy-saving design is ideal for facilities that want to combine high-performance cold storage with sustainable energy management.
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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 600mm
b1/b2--The lateral distance of at least 200mm (the distance from the corresponding edge of the door opening to the obstacle) is required to have 500mm reserved on the side of the motor:
When measuring H and B, take the maximum value as the final dimension
When measuring h b1 b2, take the smallest value as the final size
Q1: How does this door reduce energy consumption?
High thermal insulation and fast operation minimize cold air loss, reducing refrigeration load.
Q2: Can it maintain consistent temperatures for perishable goods?
Yes, the design ensures stable temperatures during frequent opening cycles.
Q3: Is it suitable for commercial and industrial cold storage?
Absolutely, it is built for continuous, high-frequency use.
Q4: Is emergency manual operation included?
Yes, manual opening is available for power outages or malfunctions.
|
|
|
| MOQ: | IUNIT |
| Price: | Negotiable |
| Standard Packaging: | plywood package |
| Delivery Period: | 10~15DAYS |
| Payment Method: | T/T |
| Supply Capacity: | 300 unit per month |
The Energy Saving Freezer Door is designed for cold storage systems that prioritize energy efficiency, reducing operational costs while maintaining precise temperature control.
Ideal for industrial and commercial cold rooms, this door minimizes cold air loss during frequent access, ensuring consistent temperatures and lower energy consumption across the facility.
The insulated freezer door combines advanced thermal insulation, rapid operation, and high-quality sealing to provide an energy-efficient solution for modern freezer warehouses.
| Parameter | Description |
|---|---|
| Maximum Available Size | Door width: 1000–4000 mm Door height: 1500–4000 mm |
| Dual-Side Track Heating System | Heating wires are installed inside both side tracks to ensure continuous and stable operation of the door curtain in low-temperature environments. |
| Operating Speed | Opening speed: 0.6–1.2 m/s (adjustable) Closing speed: 0.6 m/s (adjustable) |
| Door Curtain Material | The door curtain features a 3+2 composite structure, with thickened insulated curtains on both inner and outer layers and an aluminum foil insulation core. Total curtain thickness: 18–22 mm. |
| Frame Material | Tracks made of aluminum alloy, thickness 2.0 mm Enclosure frame made of 304 stainless steel |
| Sealing Performance | The tracks adopt a nylon + PVC wind-resistant curtain system, combined with an airtight bottom sealing structure, ensuring excellent sealing performance. |
| Wind Resistance | Maximum wind resistance Grade 6, upgradable to Grade 8. |
| Manual Operation | In the event of power failure or system malfunction, the door can be opened manually using a standard wrench. |
| Power Requirements | 220 V / 13 A, single-phase, 50/60 Hz IP54-rated control box, compliant with national electrical safety standards. |
| Insulation Protection | IP54 protection ensures dustproof and waterproof performance even in harsh environments. |
High Thermal Insulation
Multi-layer insulated curtain and airtight sealing minimize heat transfer.
Fast Opening & Closing
Reduces temperature fluctuations and cold air loss during frequent access.
Durable Construction
Designed for long-term, high-frequency use in commercial and industrial cold rooms.
Energy Efficient Design
Optimized to lower refrigeration load and operational costs.
Flexible Activation Options
Supports radar sensors, pull cords, ground loops, and remote controls.
Reduces Energy Consumption
High insulation and fast operation decrease refrigeration demand.
Maintains Stable Temperatures
Protects perishable goods while lowering energy costs.
Supports Sustainability Goals
Ideal for businesses aiming to reduce carbon footprint.
Reliable & Safe
Equipped with emergency manual operation and safety sensors.
Versatile Applications
Suitable for industrial, commercial, and export-oriented cold storage systems.
Energy-efficient industrial freezer warehouses
Commercial cold rooms in supermarkets and food distribution centers
Export-oriented and high-volume cold storage projects
Refrigerated storage facilities focusing on operational cost reduction
The thermal insulated freezer door is engineered to minimize cold air loss and energy waste.
Multi-layer insulation combined with rapid opening and closing maintains stable temperatures, reduces refrigeration load, and lowers operating costs.
This energy-saving design is ideal for facilities that want to combine high-performance cold storage with sustainable energy management.
![]()
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 600mm
b1/b2--The lateral distance of at least 200mm (the distance from the corresponding edge of the door opening to the obstacle) is required to have 500mm reserved on the side of the motor:
When measuring H and B, take the maximum value as the final dimension
When measuring h b1 b2, take the smallest value as the final size
Q1: How does this door reduce energy consumption?
High thermal insulation and fast operation minimize cold air loss, reducing refrigeration load.
Q2: Can it maintain consistent temperatures for perishable goods?
Yes, the design ensures stable temperatures during frequent opening cycles.
Q3: Is it suitable for commercial and industrial cold storage?
Absolutely, it is built for continuous, high-frequency use.
Q4: Is emergency manual operation included?
Yes, manual opening is available for power outages or malfunctions.
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