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CB-08XA Car Cooler and Warmer (New Item) Wholesale
Home / Products / Thermoelectric Coolerbox / CB-08XA Car Cooler and Warmer (New Item)
  • CB-08XA Car Cooler and Warmer (New Item)

CB-08XA Car Cooler and Warmer (New Item)

Description： 
CB-08XA Car Cooler And Warmer adopts a front-end design with smooth lines and unique shape. At the same time, the effective volume design of 16L allows it to meet your needs for storing drinks, food and other items without taking up too much space in the car. CB-08XB adopts advanced direct cooling technology and has excellent cooling effect. In addition to the basic refrigeration function, CB-08XB is also equipped with a compass design on the outside, which can help users determine the direction, increasing the practicality and applicability of the product.
  • CB-08XA Car Cooler and Warmer (New Item)
PREV：CB-08B Direct Cooling Mode Car Cooler And WarmerNEXT：CB-08X Reliable Refrigeration Car Cooler and Warmer

Product Parameters

Capacity

14 litres

Input voltage

12V DC

Power rating

46W(Cool)/38W(Warm)

Cooling performance

18-20°C below the ambient temperature(25°C)

Material

PP+Aluminum

Insulation

Full foam insulation in CFC-free polyurethane foam

Product size

490mm*270mm*305mm

Gift box size

500mm*280mm*320mm

N.W.

3.2KGS

G.W.

4KGS

About Tingwei

Focus on the design and production of electronic refrigerators, wine cabinets, heating and cooling boxes for automobiles, residential, medical and other applications.

Ningbo Tingwei Electric Technology Co., Ltd. is China ODM CB-08XA Car Cooler and Warmer (New Item) suppliers and CB-08XA Car Cooler and Warmer (New Item) company. We are the cooler manufacturer in China with our own mould-making and design department, which allows us to enjoy the advantages and convenience of new product development. Thanks to 18 years of conscientious work, Tingwei has become a business with total investment of CNY 90 million, fixed assets of CNY 260 million and annual capacity of 1 million coolers and fridges. There are more than 300 skilled workers in our company, of whom have been there for more than five years. The company has 16 designers, 6 senior engineers, with strong research and development capabilities. And the 25 members of the QC team are our firewall against any disqualified products. We have always implemented the standard strictly and have passed the third party audit of ISO/TS 16949 and BSCI. The products have CE, RoHS, PAHS, LFGB, ERP test reports and certifications.

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Industry Knowledge Extension
What role does direct cooling technology play in Car Cooler and Warmer?
Direct cooling technology plays an important role in Car Cooler and Warmers. It is an advanced refrigeration technology that improves cooling efficiency and performance by directly delivering refrigerant to the area that needs cooling. The following is the role of direct cooling technology in Car Cooler and Warmers, as well as its advantages and applications.
Direct cooling technology is an advanced refrigeration method whose working principle is based on the reciprocating circulation of refrigerant. Usually, the refrigerant is stored in a liquid form in the heater and cooler. When cooling is required, the refrigerant is compressed and transported through pipes to the area that needs cooling. During this process, the refrigerant absorbs heat and evaporates into a gaseous state, thereby lowering the temperature of the area being cooled. Then, the refrigerant is compressed into a liquid state again and returned to the cooler and heater to complete the refrigeration cycle.
Direct cooling technology can effectively improve the cooling efficiency of car air conditioners and heaters. By sending refrigerant directly to the area that needs cooling, direct cooling technology can quickly reduce the temperature of the target area, thereby increasing cooling speed and efficiency. Compared with traditional cooling methods, direct cooling technology can control temperature more accurately and achieve faster and more effective cooling effects.
Compared with traditional cooling methods, direct cooling technology is generally more energy-efficient and environmentally friendly. Because direct cooling technology can achieve cooling effects more quickly, it can reduce energy consumption and carbon emissions. In addition, direct cooling technology can also use refrigerants more effectively, reduce resource waste, and reduce environmental impact.
Direct cooling technology can improve the overall performance of Car Cooler and Warmers. By improving refrigeration efficiency and energy-saving and environmentally friendly performance, direct cooling technology can improve the performance indicators of coolers and heaters, such as refrigeration speed, refrigeration capacity and working stability. This not only improves the competitiveness of the product, but also improves the user experience.
The application of direct cooling technology can increase the practicality and applicability of automobile Car Cooler and Warmer. Because direct cooling technology can control temperature more accurately, it can meet the changes in users' different temperature needs. In addition, direct cooling technology can also reduce the size and weight of the cooler and heater, making it lighter and more portable, making it easier for users to carry and use.
Direct cooling technology is widely used in the field of Car Cooler and Warmers, bringing innovative technological breakthroughs to automotive refrigeration systems. Direct cooling technology is widely used in automotive air conditioning systems, vehicle refrigerators, vehicle hot and cold cups and other fields. Especially in hot seasons and long-distance driving, direct cooling technology can provide faster and more effective cooling effects, improving the comfort of drivers and passengers.
Direct cooling technology plays an important role in Car Cooler and Warmers. It has brought innovative technological progress to automobile air conditioners and heater systems by improving refrigeration efficiency, energy conservation and environmental protection, improving product performance, and increasing product practicality and applicability.