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radiator for Toyota Hilux 2004 AT

OEM:16400-0L150 DENAISHI Automotive Radiators, Compatible Models: Toyota Hilux 2004 AT. Our passenger car radiators are high-performance aluminum radiator components that can directly replace original equipment parts for mainstream models. Our passenger car radiators are high-performance aluminum cooling components that can directly replace OEM parts for mainstream vehicle models. Our factory holds dual certifications for the ISO 9001 General Quality Management System and the IATF 16949 automotive industry standard, ensuring that product manufacturing complies with quality standards. For more detailed information about DENAISHI’s automotive radiators, please contact us.

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Product Description

OEM: 16400-0L150 DENAISHI Automotive Radiators, Compatible Models: Toyota Hilux 2004 AT. Our passenger car radiators are high-performance aluminum radiator components that can directly replace original equipment parts for mainstream models. Our passenger car radiators are high-performance aluminum cooling components that can directly replace OEM parts for mainstream vehicle models. Our factory holds dual certifications for the ISO 9001 General Quality Management System and the IATF 16949 automotive industry standard, ensuring that product manufacturing complies with quality standards. For more detailed information about DENAISHI’s automotive radiators, please contact us.

User Concerns & Suitable Applications

Most generic aftermarket radiators on the market suffer from issues such as inconsistent fin spacing, poor cooling efficiency, susceptibility to leaks, and deformation. Long-term use of these products can easily lead to engine overheating, elevated idle temperatures, and engine stalling, severely compromising driving safety and vehicle lifespan. Our upgraded passenger car radiator completely resolves these issues. The product maintains a consistent fin pitch within the 2.9–3.0 range, offers strong resistance to sagging, and delivers long-lasting, stable cooling performance. It is widely suitable for family sedans, city commuter vehicles, and light-duty vehicles, perfectly meeting the demands of both everyday driving and complex road conditions.

Comparison Items	Our Products	Ordinary Competitors’ Products
Cooling Fin Technology	Combined folded-edge structure, anti-collapse, stable wave pitch: 2.9-3.0	Ordinary flat fin design, prone to deformation & collapse, inconsistent wave pitch
Raw Material Quality	Genuine AA3003 aluminum alloy, corrosion-resistant, anti-aging, high durability	Mixed inferior aluminum materials, prone to rust, corrosion and water leakage
Production Standard	Manufactured fully to OEM standards, strict multi-process quality inspection	Simplified processes, no standardized quality control system, high defect rate
Vehicle Model Coverage	8000+ models, full coverage of mainstream brands, one-stop sourcing	Limited vehicle models, incomplete brand coverage, restricted sourcing compatibility
Heat-Dissipation Performance	High heat-exchange efficiency, stable performance, suitable for harsh high-temperature working conditions	Unstable heat dissipation, prone to failure under high temperature, likely to cause engine overheating

Process Flow & Customization Capabilities

Our company operates a complete and independent production process: raw material screening、precision cleaning of parts、core assembly、vacuum brazing and shaping、precision crimping of the water chamber、hydrostatic performance testing、protective packaging of finished products. We offer in-depth OEM/ODM customization services, including custom non-standard dimensions, special corrugation patterns, specific tube specifications, product logos, and export-specific packaging, to fully meet the personalized procurement needs of different markets and customers.

Overview of Core Production Processes

1.Fin Forming Process: Adopt fully-automatic high-speed fin forming equipment with machining accuracy controlled at ±0.02 mm, ensuring consistent and stable folded-edge fin structure.

2.Core Assembly Process: Core splicing and assembly are completed on automated production lines to deliver unified assembly standards and robust structure.

3.Brazing Process: Equipped with nitrogen-protected continuous brazing furnace for uniform and firm welding, eliminating leakage risks from the source.

4.Finished-product Full Inspection Process: Every finished unit goes through dedicated inspection stations for comprehensive pressure and tightness testing after production.