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Water-Based Polyurethane 3015 (Low-Temperature Resistant) F0431

Water-Based Polyurethane 3015 (Low-Temperature Resistant) is a water-based polymer material specifically engineered for low-temperature performance. Using water as the dispersion medium, it meets environmental standards. This product maintains excellent flexibility, stability, and physical properties in cold environments while retaining the universal advantages of water-based polyurethanes. It is widely applicable for coating substrates requiring specific low-temperature resistance, ensuring rel

    Appearance: Blue-tinted translucent liquid

    Solid Content: 30±2%

    pH Value: 6-8

    Viscosity (mPa·s): <600

    Tensile Strength: >20 kg/cm²

    Elongation at Break: >600%

    Composition: Aliphatic anionic


  • Parameters

    Appearance: Blue-tinted translucent liquid

    Solid Content: 30±2%

    pH Value: 6-8

    Viscosity (mPa·s): <600

    Tensile Strength: >20 kg/cm²

    Elongation at Break: >600%

    Composition: Aliphatic anionic


I. Product Overview:

Water-Based Polyurethane 3015 (Low-Temperature Resistant) is a water-based polymer material specifically engineered for low-temperature performance. Using water as the dispersion medium, it meets environmental standards. This product maintains excellent flexibility, stability, and physical properties in cold environments while retaining the universal advantages of water-based polyurethanes. It is widely applicable for coating substrates requiring specific low-temperature resistance, ensuring reliable performance in frigid conditions.

 

II. Product Specifications:

Appearance: Blue-tinted translucent liquid

Solid Content: 30±2%

pH Value: 6-8

Viscosity (mPa·s): <600

Tensile Strength: >20 kg/cm²

Elongation at Break: >600%

Composition: Aliphatic anionic

 

III. Product Features:

Exceptional Low-Temperature Resistance: Maintains excellent flexibility and elasticity without brittleness or cracking at temperatures as low as [corresponding cold resistance temperature], ensuring stable physical properties for use in frigid regions or low-temperature operations.

Excellent Ambient Temperature Performance: At room temperature, it exhibits outstanding tensile strength, elongation at break, and other physical properties. The coating is smooth and flat with excellent adhesion, meeting requirements for routine applications.

Superior Adhesion: Demonstrates strong bonding with diverse substrates (e.g., [suggestion needed: leather, fabric, plastic, metal, etc.]). It adheres tightly to surfaces, resisting peeling or flaking to ensure long-term stability across varying temperatures.

Superior Stability: Maintains consistent performance during storage and application, resisting delamination, sedimentation, or degradation. Retains stability in environments with significant temperature fluctuations, adapting to diverse climatic conditions.

Environmentally Friendly & Safe: Utilizes water as the dispersing medium with low hazardous substance content, complying with environmental standards. Minimizes pollution during production, application, and use, safeguarding operator health.

Easy Application: Offers excellent workability, compatible with common application methods like brushing, rolling, and spraying. Features moderate drying speed to enhance construction efficiency.

 

IV. Primary Applications:

Outdoor Gear Sector: Suitable for coating outdoor apparel leather and footwear materials, ensuring flexibility and durability in low-temperature environments to meet outdoor enthusiasts' needs in cold weather.

Automotive Interiors: Used for coating automotive seat leather and door trim leather. Maintains soft texture and performance in winter cold, enhancing the interior experience.

Low-Temperature Packaging: Applied to cold chain packaging materials like frozen food wrappings and medical device packaging. Enhances low-temperature resistance and protective properties, ensuring packaging integrity in frigid conditions.

Industrial Products: Suitable for coating industrial products used in low-temperature environments, such as protective coatings for cold pipelines and refrigeration equipment components. Provides reliable protection, ensuring normal operation under freezing conditions.

Other Applications: Also applicable to [suggestions welcome, e.g., coatings for building materials in cold regions, leather goods in low-temperature work environments], where its superior low-temperature resistance meets specific usage requirements.

 

V. Application Method:

Preparation: Thoroughly clean the substrate surface before application, removing dust, grease, contaminants, rust, and other pollutants. Ensure the substrate is dry and smooth. For different substrates, perform necessary pretreatment (e.g., sanding, degreasing) to enhance coating adhesion.

Dilution (if required): Dilute the product with deionized water according to application requirements and desired coating thickness. When diluting, slowly add deionized water while continuously stirring to ensure uniform mixing and prevent localized concentration variations that could compromise coating performance.

Application Methods: Brush, roller, or spray application may be used. Select the appropriate method based on substrate type, shape, and production process. Control application speed and coating thickness to ensure uniform coverage of the substrate surface without defects such as missed areas, sagging, or bubbles.

Drying and Curing: After application, place coated substrates in a well-ventilated area to dry. Adjust drying temperature and duration based on substrate type, coating thickness, and environmental conditions. Typically, allow natural air drying or low-temperature oven drying (avoid excessive heat to preserve low-temperature resistance). Ensure complete drying and curing of the coating. Prevent contamination and physical impact during the drying process.

 

VI. Product Packaging:

50KG/drum. Store in a well-ventilated, dry, cool warehouse, avoiding direct sunlight and high temperatures.

 

 

 

 

 

 

REMARK

The above information is believed to be accurate and presents the best explanation currently available to us. We assume no liability resulting from above content. The technical standards are formulated and revised by customers’ requirement and us, if there are any changes, the latest specification will be executed and confirmed in the contract.

 


Water-Based Polyurethane 3015 (Low-Temperature Resistant) F0431
Water-Based Polyurethane 3015 (Low-Temperature Resistant) is a water-based polymer material specifically engineered for low-temperature performance. Using water as the dispersion medium, it meets environmental standards. This product maintains excellent flexibility, stability, and physical properties in cold environments while retaining the universal advantages of water-based polyurethanes. It is widely applicable for coating substrates requiring specific low-temperature resistance, ensuring rel
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Water-Based Polyurethane 3015 (Low-Temperature Resistant) F0431

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