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Water-based self-drying coating for vehicle axle castings

No Baking, Yet Outstanding Shine!
Consultation hotline

Consultation hotline00886-4-23286708

introduction

Our water-based, self-drying coating, crafted specifically for vehicle axle castings and key automotive components such as axle beams, chassis parts, and e-vehicle battery carriers, champions eco-friendliness and efficiency. It is tailored for large items that can't be cured by traditional baking, ensuring rapid air drying in 10-30 minutes without the need for extra energy or drying machinery.



Here's what we offer 


●Primer Coating:

Our primer establishes a sturdy foundation for axle castings. Whether it's aluminum, primed surfaces, or 

galvanized components, it intensifies the adhesive strength of the coating, ensuring a seamless bond 

with the casting, paving the way for subsequent layers.


Colored Coating:

Our colored paint offers a diverse range of colors and gloss options. Beyond maintaining the original 

aesthetic appeal of the axle castings, it boosts market attraction. Its distinctive weather resistance 

ensures the product maintains its fresh appearance for an extended period.


●Clear Coating:

This transparent coating shields against corrosive agents and withstands challenges like stone chipping. 

It also bolsters impact and abrasion resistance, ensuring durability.



Product Specification :                       Water-based self-drying coating for vehicle axle castings

Product Specifications

Main Component:

Water-based TP system

Diluent: Pure water

Mixing Ratio

1 part

0.3-0.5 parts

Filter Mesh

Using a 200-300 mesh sieve

Spray Gun, Air Pressure

3-4gf/cm2

Film Thickness

10±2um

Drying Method

Air dry

Note: For accelerated curing ( Bake at 60°C for 30 minutes)

Packaging Conditions

After stabilizing at 60°C for 30 minutes, allow 3-5 hours for complete cooling before packaging.

Physical Testing Conditions

60°C (2-4 hrs) or 80°C (1-2 hrs), stabilize for 4-6 hrs, then proceed with physical tests.

Suitable Substrates

Metal hardwareMetal productsABSABS+PCPCPSPVC.



Physical Properties Test: :    Water-based self-drying coating for vehicle axle castings

Test Items

Test Conditions

Test Results

1

 

Adhesion

The sample is placed flat and scored both horizontally and vertically using a 100-grid knife. After cleaning the scored section, 3M#610 tape is applied over the grid. The tape is then pulled off at a 45° angle three times, resulting in a 5B adhesion rating.

5B

2

Hardness

Sharpen a Mitsubishi H-grade pencil on sandpaper. Apply 500g weight and glide at a 45° angle from F to H. Ensure no scratches

F-H No scratches

3

Film Thickness

Electronic coating thickness gauge

10±2um

4

Alcohol Resistance Test

Rubbing Material: Cloth saturated with 99.5% alcohol.

Load: 500g.

Rubbing Distance: 3cm per cycle.

Frequency: 30 cycles per minute.

Criteria: The coating should exhibit no exposure of the underlying material (paint) after more than 200cycles.

No substrate exposure observed

5

High Temperature and Humidity Resistance

Exposed to 65 and 95% humidity for 120 hours, followed by a 6-hour recovery at room temperature. Post-examination shows no abnormalities with a 5B pencil hardness test result.

No visible abnormalities, 5B hardness achieved.

6

 

High Temperature Storage

 

Stored in a 70 environment for 48 hours, then allowed 4 hours to return to room temperature. Post-examination shows no abnormalities with a 5B pencil hardness test result.

No visible abnormalities, 5B hardness achieved.

7

 

Low Temperature Storage

 

Placed in a -40 environment for 48 hours, followed by a 4-hour recovery at room temperature. Post-examination shows no abnormalities with a 5B pencil hardness test result.

No visible abnormalities, 5B hardness achieved.

8

 

Thermal Shock Resistance

Alternated between 80 and -40, each temperature held for 1.5 hours with a 20-minute transition time, for a total of 20 cycles. Allowed 4 hours of recovery at room temperature. The surface should show no discoloration, blistering, peeling, shedding, or gloss variance.

No visible abnormalities, 5B hardness achieved.

9

Temperature and Humidity Cycling

 

Alternated between 65 at 95% humidity and -40, each condition held for 1.5 hours with a 20-minute transition time, for a total of 20 cycles. Allowed 4 hours of recovery at room temperature. The surface should show no discoloration, blistering, peeling, shedding, or gloss variance.

No visible abnormalities, 5B hardness achieved.

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