1. EPS (Expanded Polystyrene) Type:
• Fabricated shipping containers offer cost-effective transportation for temperature-sensitive materials.
• Provides reliable insulation to maintain desired temperature throughout transit.
• Lightweight design helps reduce shipping costs without compromising on protection.
• Customizable sizes available to accommodate various shipment volumes.

2. Molded EPS Type:
• Convenient pre-packaged bundles with top and bottom caps ensure easy handling and protection.
• Securely stretch wrapped for added durability during transit.
• Uniform molded construction ensures consistent insulation performance.
• Streamlined packaging process minimizes time and labor required for preparation.

3. PIR (Polyisocyanurate) Type:
• Constructed from extruded panels, offering flexibility in sizing to fit corrugated containers precisely.
• Similar insulation properties to PUR (Polyurethane) but without the need for molding tools, enhancing customization options.
• Provides excellent thermal efficiency, maintaining consistent temperatures for sensitive shipments.
• Lightweight and durable, reducing transportation costs and environmental impact.

4. PUR (Polyurethane) Type:
• Outstanding thermal conductivity ensures optimal temperature control during transportation.
• Rugged and lightweight design ideal for return/reuse logistics, minimizing waste and maximizing cost-efficiency.
• Provides superior protection against environmental hazards, safeguarding shipments from temperature fluctuations and damage.
• Customizable sizes and configurations available to meet specific shipping requirements.

1. Temperature Control:
• Maintain precise temperature ranges to ensure the integrity of sensitive products.
• Prevent temperature excursions that could compromise product quality and safety.

2. Insulation:
• Provide effective insulation to protect products from temperature variations during transit.
• Utilize advanced materials such as EPS, PIR, or PUR for optimal thermal performance.

3. Customization:
• Offer customizable packaging solutions tailored to specific product requirements and shipping conditions.
• Provide options for different sizes, shapes, and insulation materials to meet diverse needs.

4. Durability:
• Ensure packaging is sturdy and durable to withstand handling and transportation challenges.
• Use high-quality materials and construction techniques to enhance product longevity.

5. Sustainability:
• Promote eco-friendly packaging solutions with recyclable and biodegradable materials.
• Minimize environmental impact through reusable packaging options and optimized shipping practices.

1. Vaccines:
• Maintain the efficacy and potency of vaccines by ensuring they are stored and transported within the required temperature range.
• Cold chain packaging protects vaccines from temperature fluctuations, preserving their effectiveness until they reach the end-user.

2. Biopharmaceuticals:
• Preserve the stability and integrity of biopharmaceutical products, such as insulin and antibodies, which are sensitive to temperature changes.
• Cold chain packaging safeguards biopharmaceuticals during distribution, reducing the risk of product degradation and ensuring patient safety.

3. Fresh Produce:
• Extend the shelf life of fresh fruits and vegetables by maintaining optimal temperature and humidity levels during storage and transportation.
• Cold chain packaging minimizes spoilage and maintains the quality and nutritional value of fresh produce, ensuring it reaches consumers in peak condition.

4. Frozen Goods:
• Preserve the texture, flavor, and nutritional content of frozen foods, including seafood, meats, and prepared meals.
• Cold chain packaging prevents thawing and refreezing, preserving the quality of frozen goods throughout the supply chain.

5. Other Temperature-Sensitive Items:
• Protect a wide range of temperature-sensitive items, including pharmaceuticals, chemicals, biological samples, and diagnostic kits.
• Cold chain packaging ensures the stability and integrity of these items, preventing damage or degradation caused by temperature fluctuations.