High Quality Automotive Engine Cooling System Parts for B2B Suppliers-Komfort Auto Parts

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Basic Info

Type:

Cold Stamping

Processing Type:

Shaping Metal

Material:

Carbon Steel, Stainless Steel, Aluminum

Mould:

Simple Single Process Dies

Surface Processing:

Electroplating / Powder Coating

Fine Blanking:

Double Acting

Process:

Forming Process

Tolerance:

0.1mm / ISO2768-F

Lead Time:

15-30 Days

Target Market:

All Over The World

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Product Description

Car Accessories Automotive Engine Cooling System Welding Parts

Product Material	Q235/ Q345/ C10/ C20/ C45/ 16Mn etc. AL6061/ AL6063/ AL5754/ AL5052 etc. SUS201/ SUS303/ SUS304/ SUS316/ SUS316L etc. H57/ H58/ H59/ H62 etc.
Capacity	Parts: 1 million / month
Design Software	3D: PROE/ UG/ SOLIDWORKS \| 2D: AutoCAD/ PDF/ JPEG
Surface Treatment	Powder coating/ Hot galvanized/ Painting/ Polishing/ Brushing/ Chrome plating/ Nickel plated etc.
Test Equipment	Hardness tester/ Chemical analysis/ Digital Measuring Projector etc.
Thickness	0.1-20mm or other special available
Equipment	1. Stamping machine 2. Shearing machine 3. Automatic welding machine 4. Laser cutting machine 5. Grinding machine

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Product Display

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Welding Advantages

1. Argon Tungsten Arc Welding

Argon effectively isolates air, resulting in high-quality welds for non-ferrous metals and stainless steel.
Stable arc even at low current, ideal for thin materials.
Separate control of heat source and filler wire for precise adjustment.

2. MIG Welding

High production efficiency with fast wire melting speeds.
Excellent protection and penetration with minimal defects.
Stable arc and uniform droplet transfer with few spatters.

3. CO2 Welding

Strong penetration and high productivity (1-3 times higher than manual arc welding).
Low cost and high resistance to rust and cold cracking.
High quality for thin-walled components with small deformation.

4. Resistance & Manual Welding

Minimal heat-affected zone and deformation.
High productivity suitable for mass production assembly lines.
Flexible operation with strong adaptability for most industrial alloys.

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Quality Control Process

Raw Material Inspection

All materials are provided with certificates and pass receiving inspection. Samples are sent to independent labs for specific testing to meet customer demands. Materials are tagged and classified for full source traceability.

Producing Inspection

Each production phase is monitored. The first product of every run undergoes rigorous testing. Only after confirmation by the quality manager does mass production proceed. Operators perform constant size and appearance checks.

Final Inspection

Products are only released from the warehouse after all quality documentation is signed and verified to ensure 100% compliance.

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Warehouse & Shipment

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Frequently Asked Questions

Q1: How long can I get the sample? A1: Depending on your specific items, samples are generally provided within 3-7 days.

Q2: What kinds of information do you need for a quote? A2: Please provide the product drawing in PDF. Providing 3D drawings in STEP or IGS format is highly recommended for accuracy.

Q3: What should we do if we do not have drawings? A3: You can send your sample to our facility, and we can copy or provide better solutions. Pictures or drafts with dimensions (Length, Height, Width) are also acceptable.

Q4: How do you guarantee the final size meets our drawing request? A4: We manufacture moulds according to your 3D drawings and perform sampling when batch production starts to ensure every dimension is correct.

Q5: How do you ensure the color after painting or powder coating is correct? A5: We use professional color cards with specific numbers (such as RAL numbers). We contrast the sample surface with the color card to ensure the effect is accurate.

Q6: What is your standard packaging for goods? A6: Normally, the inner package is nude or protected based on the material, and the outer package consists of cartons reinforced with plywood for safe transport.