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DEPA.WTA02-2 Cleaning Agent from China Suppliers - Effective for Metal Surfaces & Oil Stains | Factory Direct

DEPA.WTA02-2 is a powerful cleaner formulated with a blend of alkaline sodium salts, effective surfactants, and specialized additives. This versatile solution excels at removing oil and contaminants from various surfaces, making it ideal for cleaning mineral oils and cutting fluids. It is suitable for use on all types of metals, including iron, stainless steel, aluminum, and various alloys, and is particularly effective for high-pressure spray oil applications. Additionally, DEPA.WTA02-2 effectively removes stubborn oil stains and yellow residues from baked paint surfaces on machine tools and epoxy floors. As a leading manufacturer in China, we pride ourselves on being top suppliers of high-quality cleaning products for industrial applications. Choose DEPA.WTA02-2 from our factory for reliable and efficient cleaning solutions

    Advantages

    Do not corrode the material.

    Strong cleaning power.

    High water dilution proportion with lower overall cost.

    In line with the EU ROHS environmental directive.

    Safe to use.

    Typical Data

    Test Unit Typical
    Density @20℃ kg/l 1.05
    Appearance °C Light yellow transparent
    pH Value @ 2% / 11.35

    Methods and Procedures of Use

    Procedures of Use
    Water to ratio 3 ~ 10%
    Cleaning temperature 40°C ~ 60°C
    Cleaning time 2 ~ 8 min
    Methods
    Ultrasonic cleaning (3min) Driach clean (1min) Air-dry / Roake dry Antirust Packaging
    Rinse with warm water (5~20min) Driach clean (1min) Air-dry / Roake dry Antirust Packaging

    While the information and figures given here are typical of current production and confirm to specification, minor variations may occur. No warranty expressed or implied is given concerning the accuracy of the information or the suitability of the products.

    Take care

    Small details that prevent you from wasting money unnecessarily

    1

    Consult with lubrication experts, use lubricants of appropriate specifications, and minimize the types of oil used.

    2

    Each type of machinery is marked with a simple diagram indicating the parts that need to be refueled, the name of the oil product, the refueling cycle, etc., and is managed by a dedicated person to avoid using the wrong oil product.

    3

    Before each refueling, clean and wipe containers and tools such as oil pumps and oil pots.

    4

    Rust inhibitor must be added to the cooling water circulation system of the injection molding machine to prevent the formation of scale, which can cause corrosion and leakage of the heat exchanger into the hydraulic system.

    5

    Replace the filter element at the same time as each oil change.

    6

    Keep the fuel tank sealed to prevent the entry of dust and moisture.

    Frequently Asked Questions

    Q Does this product cause corrosion to materials?

    No, one of its primary advantages is that it does not corrode the material during the cleaning process.

    Q Is this cleaning solution environmentally friendly and safe?

    Yes, the product is safe to use and fully complies with the EU ROHS environmental directive.

    Q What is the typical pH value and density of the mixture?

    The typical density is 1.05 kg/l at 20℃, and the pH value is 11.35 when diluted to 2%.

    Q What are the recommended dilution and temperature parameters?

    The recommended water dilution ratio is 3% to 10%, the cleaning temperature should be kept between 40°C and 60°C, and the cleaning time is typically 2 to 8 minutes.

    Q What cleaning methods can be used with this product?

    You can use either ultrasonic cleaning (3 minutes) or warm water rinsing (5 to 20 minutes). Both methods are followed by a driach clean (1 minute), air-dry/roake dry, and antirust packaging.

    Q How can I prevent scale and leakage in the injection molding machine?

    You must add a rust inhibitor to the cooling water circulation system of the injection molding machine to prevent scale formation, which can cause corrosion and leakages from the heat exchanger into the hydraulic system.

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