for Daewoo Damas Radaitor 94581908/17700-A8d00/A8d01

• Component: Radiator
• Body Material: Aluminium
• Cold Style: Water-cooled
• Certification: ISO9001, TS16949
• Structure: Sealed Type
• Cooling Fluid Type: Alcohol
• Model NO.: KJ-11052
• Radiator Type: Direct-flow
• Radiator Core Type: Tube-fin
• Water Temperature Sensor Type: Digital Type
• Cooling Fluid Brand: TOTAL
• Cartype: Daewoo Damas′1995-2013 Mt
• Core Size: 425*278*32
• OEM No,: 94581908/17700-A8d00/A8d01
• Place of Origin: Guangzhou China ( Mainland )
• Transport Package: Neutral Packing / Foam Corner Protector / Blister
• Specification: 425*278*32
• Trademark: KINGA
• Origin: Guangdong Guangzhou
• HS Code: 8708911000
• Production Capacity: 80000 PCS/Month

Product Description

FOR  DAEWOO DAMAS RADAITOR 94581908/17700-A8D00/A8D01 

Radiator performance is essential for proper engine cooling and function. DENSO's radiator configurations, tanks, fin pitch, core dimensions and materials meet OE manufacturer's rigid standards. All DENSO radiators pass our strict durability and function tests. As the result, our radiators deliver reliable performance even under the most demanding conditions.
 

Radiator types:
Plastic tank with aluminum core
Plastic tank with copper core
Cross-flow and down-flow configurations

Quality
KINGA is known for the unsurpassed quality of its products. Plastic, copper or aluminum components - it doesn't matter.

Our KINGA radiators are dependable, lightweight and made to last.

An investment in a KINGA radiator will pay dividends in the long run.

Radiators can fail causing leaks or inefficient cooling.

This can lead to your engine to run hotter which in turn creates excess wear and tear on the engine.

 

Fitment
KINGA radiators are designed with our First Time Fit® philosophy in mind.

You get radiators that drop in easily without the need for adjustment, brackets or modification of any kind.

Our radiators are precision built to provide the right part, the right fit, the first time.


Illustration Details:
1.Fin Pitch - Superior fin waves provide a higher heat transfer.

2.Aluminum or Copper Core - Thin-tube construction assures maximum cooling efficiency.
3.Flow Configuration - Available in cross-flow and down-flow configurations.