Environmental Protection Documents For Thermal Insulation Bags
Product Description
The thermal insulation bags produced by Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. are specially designed for cold chain logistics transportation. They have excellent insulation performance, environmental protection, durability, and reusability. They are widely used in temperature-controlled transportation needs in food, medicine and other fields.
Environmental advantages
1. Environmentally friendly materials
– The outer layer of the insulation bag is made of recyclable polyester fiber (PET) material, and the inner layer is filled with environmentally friendly insulation materials to ensure that it is non-toxic and harmless during use.
– The materials have undergone strict environmental testing and comply with the requirements of the EU ROHS directive and REACH regulations.
2. Reusable
– The insulation bag is designed to be sturdy and durable, supporting multiple cycles of use. Experimental data shows that under normal use conditions, the insulation bag can be recycled more than 100 times, effectively reducing customers’ usage costs and resource consumption.
3. Recycling
– Our insulation bags can be completely recycled and reused. After use, users can send the insulation bags to designated recycling points for reprocessing, further reducing environmental burden.
R&D data and test reports
In order to verify the environmental performance and service life of the insulation bag, we conducted detailed experimental tests. The following is a summary of the relevant R&D data and test reports:
1. Material durability test
– Test method: Place the insulation bag in a simulated transportation environment and conduct repeated temperature changes and mechanical shock tests.
– The results show that the thermal insulation bag still maintains intact thermal insulation performance after 100 cycles of use, and the damage rate is less than 1%.
2. Insulation performance test
– Test method: Store the insulation bag with items of different temperatures and measure the temperature changes.
– The results show that the thermal insulation bag can keep the internal temperature below 5℃ for up to 12 hours at room temperature (25℃), and the insulation effect is excellent.
3. Environmental Impact Assessment
– Test method: Conduct a life cycle assessment (LCA) on the production, use, and recycling processes of the insulation bag to calculate its carbon footprint.
– The results show: Compared with traditional disposable insulation bags, our insulation bags can reduce carbon emissions by approximately 18% throughout their life cycle.
The following is the specific test data and tables:
| Test items | Test methods | Test results |
| Number Of Cycles | Temperature Change And Mechanical Impact Test | ≥150 times |
| Holding time | Measured at room temperature Temperature | <5℃ within 48 hours |
| Damage rate | Evaluation After Mechanical Impact | ＜0.5% |
| Carbon emission reduction | Full life cycle assessment | 25% reduction |
Green Solution Design
We not only provide high-quality insulation bag products, but also provide customers with comprehensive green solution design services to further reduce the carbon footprint during cold chain transportation:
1. Optimize cold chain logistics solutions
– We provide customized cold chain logistics solutions based on the specific needs of customers, optimize transportation routes and refrigeration conditions, and reduce energy consumption.
2. Product recovery and reuse planning
– Establish a complete recycling system and encourage customers to send used insulation bags to recycling points for reprocessing and reuse to extend the service life of the product.
3. Carbon footprint calculation and emission reduction strategies
– Help customers quantify carbon emissions during their cold chain transportation, formulate practical emission reduction measures, and promote the realization of green transportation.
Conclusion
Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. has always adhered to environmental protection innovation and is committed to providing customers with efficient and environmentally friendly cold chain transportation solutions. We look forward to working with global customers to jointly promote the future of green cold chain logistics. For more product information or green solutions, please contact our sales and technical support teams.
Insulation Box Environmental Protection Documents
Product Description
The insulated boxes produced by Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. are specially designed for cold chain logistics transportation. They have excellent insulation performance, are environmentally friendly, durable, and reusable. They are suitable for temperature-controlled transportation needs of food, medicine, etc.
Environmental advantages
Materials are environmentally friendly:
The outer shell of the incubator is made of recyclable high-density polyethylene (HDPE) material, and the inner layer is environmentally friendly polyurethane (PU) foam, ensuring it is non-toxic and harmless during use. All materials have passed strict environmental testing and comply with the requirements of the EU ROHS directive and REACH regulations.
Reusable:
The insulated box is designed to be sturdy and durable, supporting multiple cycles of use. Experimental data shows that under normal use conditions, the incubator can be recycled more than 150 times, effectively reducing customers’ usage costs and resource consumption.
Recycle and Re-use:
Our insulated boxes can be completely recycled and reused. After use, users can send the insulated boxes to designated recycling points for reprocessing, further reducing environmental burden.
R&D data and test reports
In order to verify the environmental performance and service life of the incubator, we conducted detailed experimental tests. The following is a summary of the relevant R&D data and test reports:
1. Material durability test
– Test method: Place the insulated box in a simulated transportation environment and conduct repeated temperature changes and mechanical shock tests.
– The results show that the insulation box still maintains intact insulation performance after 150 cycles of use, and the damage rate is less than 0.3%.
2. Insulation performance test
– Test method: Store the incubator with items of different temperatures and measure the temperature changes.
– The results show that the incubator can keep the internal temperature below 5°C for up to 48 hours at room temperature (25°C), with excellent thermal insulation effect.
3. Environmental Impact Assessment
– Test method: Conduct a life cycle assessment (LCA) on the production, use, and recycling processes of the incubator to calculate its carbon footprint.
– Results show: Compared with traditional disposable incubators, our incubators can reduce carbon emissions by approximately 25% throughout their life cycle.
The following is the specific test data and tables:
| Test items | Test methods | Test results |
| Number Of Cycles | Temperature Change And Mechanical Impact Test | ≥150 times |
| Holding time | Measured at room temperature Temperature | <5℃ within 48 hours |
| Damage rate | Evaluation After Mechanical Impact | ＜0.5% |
| Carbon emission reduction | Full life cycle assessment | 25% reduction |
Green Solution Design
Huizhou Industrial not only provides high-quality insulated box products, but also provides customers with comprehensive green solution design services to further reduce the carbon footprint during cold chain transportation:
Optimize cold chain logistics solutions
Based on the specific needs of customers, we provide customized cold chain logistics solutions, optimize transportation routes and refrigeration conditions, and reduce energy consumption.
Product recovery and reuse planning
Establish a complete recycling system and encourage customers to send used insulated boxes to recycling points for reprocessing and reuse to extend the service life of the product.
Carbon footprint calculation and emission reduction strategies
Help customers quantify their carbon emissions during cold chain transportation, formulate practical emission reduction measures, and promote the realization of green transportation.
Conclusion
Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. has always adhered to environmental protection innovation and is committed to providing customers with efficient and environmentally friendly cold chain transportation solutions. We look forward to working with global customers to jointly promote the future of green cold chain logistics. For more product information or green solutions, please contact our sales and technical support teams.
Ice Bag Environmental Protection Documents
Product Description
The ice bags produced by Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. are specially designed for cold chain logistics transportation. They have the characteristics of efficient insulation, environmental protection, durability, and reusability. They are widely used in temperature-controlled transportation needs in food, medicine and other fields.
Environmental advantages
1. Environmentally friendly materials
– The outer layer of the ice bag is made of recyclable polyethylene (PE) material, and the inner layer is environmentally friendly gel, ensuring it is non-toxic and harmless during use.
– The materials have undergone strict environmental testing and comply with the requirements of the EU ROHS directive and REACH regulations.
2. Reusable
– The ice pack is designed to be durable and supports multiple cycles of use. Experimental data shows that under normal use conditions, the ice pack can be recycled more than 200 times, significantly reducing customers’ usage costs and resource consumption.
3. Recycling
– Our ice bags are completely recyclable. After use, users can send the ice bags to designated recycling points for reprocessing, further reducing environmental burden.
R&D data and test reports
In order to verify the environmental performance and service life of the ice pack, we conducted detailed experimental tests. The following is a summary of the relevant R&D data and test reports:
1. Material durability test
– Test method: Place the ice pack in a simulated transportation environment and conduct repeated temperature changes and mechanical shock tests.
– The results show that after 200 cycles of use, the ice bag still maintains intact thermal insulation performance and the damage rate is less than 0.5%.
2. Insulation performance test
– Test method: Store the ice bag together with items of different temperatures and measure the temperature changes.
– The results show that the ice pack can keep the internal temperature below 5℃ for up to 24 hours at room temperature (25℃), with excellent heat preservation effect.
3. Environmental Impact Assessment
– Test method: Conduct a life cycle assessment (LCA) on the production, use, and recycling processes of ice bags to calculate their carbon footprint.
– Results show: Compared with traditional disposable ice bags, our ice bags can reduce carbon emissions by approximately 20% throughout their life cycle.
The following is the specific test data and tables:
| Test items | Test methods | Test results |
| Number Of Cycles | Temperature Change And Mechanical Impact Test | ≥200 times |
| Holding time | Measured at room temperature Temperature | <5℃ within 24 hours |
| Damage rate | Evaluation After Mechanical Impact | ＜0.5% |
| Carbon emission reduction | Full life cycle assessment | 20% reduction |
Green Solution Design
We not only provide high-quality ice pack products, but also provide customers with comprehensive green solution design services to further reduce the carbon footprint during cold chain transportation:
1. Optimize cold chain logistics solutions
– We provide customized cold chain logistics solutions based on the specific needs of customers, optimize transportation routes and refrigeration conditions, and reduce energy consumption.
2. Product recovery and reuse planning
– Establish a complete recycling system and encourage customers to send used ice bags to recycling points for reprocessing and reuse to extend the service life of the product.
3. Carbon footprint calculation and emission reduction strategies
– Help customers quantify their carbon emissions during cold chain transportation, formulate practical emission reduction measures, and promote the realization of green transportation.
Conclusion
Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. has always adhered to environmental protection innovation and is committed to providing customers with efficient and environmentally friendly cold chain transportation solutions. We look forward to working with global customers to jointly promote the future of green cold chain logistics. For more product information or green solutions, please contact our sales and technical support teams.
Ice Box Environmental Protection Documents
Product Description
The ice boxes produced by Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. are specially designed for cold chain logistics transportation. They have excellent thermal insulation performance, are environmentally friendly, durable, and reusable. They are suitable for temperature-controlled transportation needs of food, medicine, etc.
Environmental advantages
1. Environmentally friendly materials
– The outer shell of the ice box is made of recyclable high-density polyethylene (HDPE) material, and the inner layer is environmentally friendly phase change material (PCM) to ensure it is non-toxic and harmless during use.
– All materials have passed strict environmental testing and comply with the EU ROHS directive and REACH regulations.
2. Reusable
– The ice box is designed to be sturdy and durable, supporting multiple cycles of use. Experimental data shows that under normal use conditions, the ice box can be recycled more than 150 times, effectively reducing customers’ usage costs and resource consumption.
3. Recycling
– Our ice boxes are completely recyclable. After use, users can send the ice boxes to designated recycling points for reprocessing, further reducing environmental burden.
R&D data and test reports
In order to verify the environmental performance and service life of the ice box, we conducted detailed experimental tests. The following is a summary of the relevant R&D data and test reports:
1. Material durability test
– Test method: Place the ice box in a simulated transportation environment and conduct repeated temperature changes and mechanical shock tests.
– The results show that the ice box still maintains intact thermal insulation performance after 150 cycles of use, and the damage rate is less than 0.3%.
2. Insulation performance test
– Test method: Store the ice box with items of different temperatures and measure the temperature changes.
– The results show that the ice box can keep the internal temperature below 5℃ for up to 48 hours at room temperature (25℃), with excellent heat preservation effect.
3. Environmental Impact Assessment
– Test method: Conduct a life cycle assessment (LCA) on the production, use, and recycling processes of the ice box to calculate its carbon footprint.
– Results show: Compared with traditional disposable ice boxes, our ice boxes can reduce carbon emissions by approximately 25% throughout their life cycle.
The following is the specific test data and tables:
| Test items | Test methods | Test results |
| Number Of Cycles | Temperature Change And Mechanical Impact Test | ≥150 times |
| Holding time | Measured at room temperature Temperature | <5℃ within 48 hours |
| Damage rate | Evaluation After Mechanical Impact | ＜0.3% |
| Carbon emission reduction | Full life cycle assessment | 25% reduction |
Green Solution Design
We not only provide high-quality ice box products, but also provide customers with comprehensive green solution design services to further reduce the carbon footprint during cold chain transportation:
1. Optimize cold chain logistics solutions
– We provide customized cold chain logistics solutions based on the specific needs of customers, optimize transportation routes and refrigeration conditions, and reduce energy consumption.
2. Product recovery and reuse planning
– Establish a complete recycling system and encourage customers to send used ice boxes to recycling points for reprocessing and reuse to extend the service life of the product.
3. Carbon footprint calculation and emission reduction strategies
– Help customers quantify their carbon emissions during cold chain transportation, formulate practical emission reduction measures, and promote the realization of green transportation.
Conclusion
Huizhou Industrial Cold Chain Transportation Technology Co., Ltd. has always adhered to environmental protection innovation and is committed to providing customers with efficient and environmentally friendly cold chain transportation solutions. We look forward to working with global customers to jointly promote the future of green cold chain logistics. For more product information or green solutions, please contact our sales and technical support teams.