Which container sizes can CIMIC supply?

Most reefer and dry models are available in 10ft, 20ft, 20ft High Cube, 40ft and 40ft High Cube. Special builds such as side open door, roll-up door, half height and offshore containers are engineered to the project's dimensions and load requirements.

Which refrigeration unit brands are available for reefer containers?

Our reefer range is supplied with mainstream refrigeration units including Thermo King, Daikin and Carrier, so buyers can match the unit to their local service network and spare parts availability.

What certifications does CIMIC hold?

CIMIC holds a BV shipping certificate and an ISO quality management certificate. Offshore dry cargo containers are manufactured in compliance with DNV certification requirements.

Do you accept OEM and ODM container orders?

Yes. Buyers can select a model from our catalog or work one-to-one with our engineering team on custom dimensions, door configurations, insulation, coatings, branding and interior fit-out.

Where are CIMIC containers shipped from?

New containers are produced at our bases in Tianjin and Suzhou, about 100 kilometers from the seaport. Used containers are held at various Chinese ports, which shortens dispatch time for buyers.

What is the minimum order quantity for custom shipping containers?

MOQ depends on the degree of customization. Standard new and used containers are supplied in flexible quantities, while bespoke builds are planned per project. Our team will advise the most cost-efficient batch size for your requirement.

ODM New 40ft High Cube Thickened Foam Insulation Container Pricelist, Exporters

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ODM New 40ft High Cube Thickened Foam Insulation Container Pricelist, Exporters

Insulated containers keep the temperature of items stable during transportation or storage and have strong thermal insulation properties.

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Product Description

Product Introduction

The outer shell of the insulated box is generally made of high-strength, impact-resistant materials such as plastic and metal to provide good protection and support. Common plastic shells have the advantages of light weight and corrosion resistance, while metal shells are more sturdy and durable. The insulation layer is the core part of the insulated box and is usually filled with insulation materials. Common insulation materials include polystyrene foam (EPS), polyurethane foam (PU), perlite, etc. These materials have low thermal conductivity and can effectively reduce heat transfer, thereby achieving the effect of insulation. The inner liner of the insulated container is generally made of food-grade plastic or stainless steel, which has good hygiene and corrosion resistance and can directly contact food or other items that need to be insulated.

Product Specification

External Dimension (MM)	12192 * 2438 * 2591
Internal Dimension (MM)	12032 * 2352 * 2385
Door Opening (Width)	2340 mm
Door Opening (Height)	2280 mm
Maximum Gross Weight	30480 kg
Maximum Payload	28280 kg
Tare Weight (±2%)	3800 kg

Key Advantages

Stable Constant Temperature

Through stable temperature and good thermal insulation performance, the insulated container can minimize the impact of external temperature changes on the goods, effectively prevent the goods from deteriorating, rotting, and being damaged due to temperature fluctuations during transportation, and ensure that the quality of the goods when they arrive at the destination is basically the same as when they depart, reducing the loss rate of the goods and increasing the market value and economic benefits of the goods.

Cost-Effective

If the goods only need to be stored and transported at a constant temperature, the insulated container has a higher cost-effectiveness, is lower in cost than the refrigerated container, and can also hold more goods.

Good Sealing

In order to ensure that the temperature of the goods themselves does not lose and achieve a constant temperature effect, the container has done a lot of work on the sealing of the door to ensure the quality of the goods.

Frequently Asked Questions

Q What is the difference between an insulated container and a refrigerated container?

Refrigerated containers can adjust the temperature through equipment, while insulated containers only keep things warm, that is, hot things are kept hot and cold things are kept cold.

Q What is the insulation principle of the insulated container?

The insulated container mainly achieves its insulation function through the insulation structure of the box. The walls, ceiling and floor of the box are filled with insulation materials, such as polyurethane foam, to reduce heat transfer.

Q Which goods are suitable for transport in insulated containers?

Goods that require constant temperature transport, such as vegetables, fruits, flowers, etc.

Q What materials are commonly used for the shell and inner liner?

The outer shell is generally made of impact-resistant plastic or sturdy metal. The inner liner is constructed from food-grade plastic or stainless steel, offering superior hygiene, corrosion resistance, and safe direct contact with goods.

Q What types of insulation materials are used inside the container walls?

Common insulation materials filled inside include polystyrene foam (EPS), polyurethane foam (PU), and perlite. These materials feature low thermal conductivity, effectively blocking heat transfer.

Q Why is an insulated container more cost-effective than a refrigerated container?

For goods that only require constant temperature preservation rather than mechanical cooling, insulated containers lower capital and operational costs while providing greater internal storage capacity.