Waterborne Coatings (Air-drying Coatings)

Type

Purchasing hotline：886-4-23286708

1/1

上一张

下一张

Water-based self-drying coating for machine tool equipment

Professional coating, superior machinery.

Consultation hotline00886-4-23286708

Online consultation

Product details

introduction

Machine tool equipment is crucial in the production process. To address the multifaceted requirements of modern manufacturing, we have introduced a Water-Based Self-Drying Coating tailored for machine tool equipment. Specifically conceived for large-scale products where traditional curing proves challenging, this coating comes with a plethora of advantages, offering paramount protection for your machinery.

Here's what we offer

●Primer Coating:

Made predominantly with water as its solvent, this coating substantially reduces VOC emissions,

reflecting a pronounced environmental commitment. It dries naturally in a short span, boosting production

efficacy immensely. Its superior adhesion enables a firm bond with various machine tool materials,

including metals and plastics.

● Colored Coating:

To enhance the aesthetic of machine tools, we offer a variety of color and gloss choices. This paint is not

only effective against mechanical wear but also exhibits remarkable corrosion resistance, protecting

against chemical agents like coolants and oils.

●Clear Coating:

Beyond granting an additional luster to machine tools, this coating primarily lays down a protective barrier

against high temperatures, chemical corrosion, and adverse weather. Plus, it air-dries within 10-30

minutes, eliminating the need for supplementary drying apparatuses.

Product Specification : Water-based self-drying coating for machine tool equipment

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 hardware、Metal products、ABS、ABS+PC、PC、PS、PVC.

Physical Properties Test : Water-based Bike Coating

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.