Universal High Performance Waterborne Polycarbonate Polyurethane PUD Dispersion
Universal High Performance Waterborne Polycarbonate PUD Dispersion delivers exceptional durability and chemical resistance across diverse applications. This advanced PUD utilizes a unique polycarbonate backbone to provide outstanding hydrolytic stability, UV resistance, and mechanical strength without solvents. The versatile PUD formulation ensures excellent adhesion to various substrates including plastics, metals, and composites, making this PUD ideal for demanding automotive, industrial, and consumer coating applications. With its eco-friendly profile and regulatory compliance, this dispersion represents the next generation of high-performance waterborne polyurethane technology.
Item No :
Polycarbonate PUDApplication :
Suitable for automotive interiors, consumer electronics, flexible plastics, industrial wood, metal protection, packaging inks, and technical textiles.Special Feature :
Excellent hydrolysis resistance, mechanical properties, chemical resistance, universal adhesion, eco-friendly composition, thermal/UV stability, formulation flexibility, colloidal stability, low-temperature film formation, and high elasticity.Product Overview
Runshine New Materials (Foshan) Co., Ltd. manufactures Universal High Performance Waterborne Polycarbonate Polyurethane PUD Dispersion, representing the cutting edge of sustainable coating technology. This advanced PUD utilizes a unique polycarbonate-based polymer architecture that delivers exceptional hydrolytic stability, chemical resistance, and mechanical durability in a solvent-free formulation. The versatility of this PUD is demonstrated through its excellent adhesion to various substrates including plastics, metals, and composites, making it suitable for demanding automotive, industrial, and consumer applications. As an environmentally conscious solution, this PUD meets stringent global regulatory requirements while maintaining outstanding performance characteristics, establishing a new benchmark for waterborne polyurethane dispersions in the coatings industry.
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Key Features
✧Exceptional Hydrolytic Stability – The polycarbonate-based chemical structure of this PUD provides outstanding resistance to hydrolysis, ensuring long-term durability in humid and high-moisture environments.
✧Superior Mechanical Performance – This PUD delivers exceptional toughness, abrasion resistance, and scratch resistance due to its uniquely designed polymer hard segments and cross-linking morphology.
✧Broad Chemical Resistance – The densely cross-linked network formed by this PUD exhibits excellent resistance to solvents, oils, acids, and cleaning agents, maintaining film integrity under aggressive conditions.
✧Universal Substrate Adhesion – This PUD demonstrates strong adhesion to various substrates including plastics, metals, composites, and engineered materials without requiring primers.
✧Eco-Friendly Composition – As a zero-VOC, solvent-free, and APEO-free dispersion, this PUD meets global environmental regulations and sustainability requirements.
✧Thermal and UV Stability – Coatings derived from this PUD retain their performance and color stability under prolonged exposure to elevated temperatures and UV radiation.
✧Tailorable Formulation Flexibility – This PUD is compatible with a wide range of additives, pigments, and resins, allowing formulators to customize properties for specific applications.
✧Colloidal Stability – The finely tuned particle size and distribution of this PUD ensure excellent storage stability and compatibility with other aqueous systems.
✧Low-Temperature Film Formation – Designed for efficient coalescence, this PUD forms continuous, high-performance films even at reduced curing temperatures.
✧High Elasticity and Flexibility – The molecular architecture of this PUD provides excellent elongation and recovery properties, making it suitable for flexible substrate applications.
| Parameter | Typical Value | Unit | Notes |
| Viscosity (25°C, Brookfield RV) | 200-20000 | mPa·s | Spindle 3, 20 rpm |
| Soild Content | (30-32)±1 | % | / |
| pH Value | 7.0-9.0 | – | / |
| Shelf Life | 12 | months | Stored in sealed containers at 5–35°C |
| Storage | Cool, dry place | – | Avoid direct sunlight and moisture |
| Parameter | Typical Value |
| Apprearance | Milky white |
| Modulus(Mpa) | 4.5-6 |
| Elongation% | ≥450 |
| Tensile Srtrength(Mpa) | ≥35 |
Applications
Our Universal High Performance Waterborne Polycarbonate PUD Dispersion is engineered for demanding, sustainable coating solutions across multiple industries.
◊Automotive Interior Coatings – This PUD provides exceptional scratch resistance and soft-touch feel for dashboard panels, interior trims, and steering wheels, meeting OEM performance standards.
◊Consumer Electronics Coatings – Delivers superior abrasion resistance and chemical durability for mobile device casings, wearable electronics, and home appliance surfaces.
◊Flexible Plastic Substrates – The PUD enables high-flexibility and adhesion on PVC, ABS, and polycarbonate components without compromising mechanical performance.
◊Industrial Wood Coatings – Offers excellent UV stability and wear resistance for furniture, flooring, and architectural wood applications with low VOC emission.
◊Metal Protective Coatings – This PUD formulation ensures corrosion resistance and adhesion on aluminum, galvanized steel, and other metal surfaces for industrial equipment.
◊Sustainable Packaging Inks – Provides high-adhesion and abrasion-resistant overprint varnishes for food packaging, labels, and premium consumer packaging.
◊Technical Textile Coatings – Enhances water resistance and durability for outdoor textiles, medical fabrics, and industrial tarpaulins while maintaining breathability.

Benefits

1. Environmental Compliance & Sustainability Excellence
Key Traits: Zero-VOC formulation; APEO-free; non-hazardous aqueous dispersion
✧Primary Benefits:
Exceeds global regulatory standards (REACH, EPA, TSCA) with full ecological compliance
Reduces environmental footprint through solvent-free production and application
Enables safe handling—non-flammable, low odor, and water-cleanable
✧Typical Uses:
Indoor architectural coatings: This PUD ensures healthy indoor air quality in residential and commercial spaces
Eco-sensitive packaging coatings: Ideal for food-contact and consumer packaging requiring regulatory compliance
2. Superior Material Performance & Durability
Key Traits: Polycarbonate-based backbone; tunable cross-linking density; nano-scale colloidal PUD particles
✧Primary Benefits:
Delivers exceptional abrasion, chemical, and hydrolysis resistance surpassing conventional polyester/polyether PUDs
Maintains mechanical integrity under thermal and UV exposure—prevents yellowing and degradation
Provides outstanding hardness-flexibility balance tailored for rigid or elastic film requirements
✧Typical Uses:
Automotive interior coatings: This PUD offers scratch-resistant and soft-touch surfaces for dashboards and trim
Consumer electronics: Ensures durable, high-gloss finishes on device housings and accessories
3. Formulation Versatility & Processing Efficiency
Key Traits: Broad co-resin compatibility; tunable rheology; low-temperature film formation
✧Primary Benefits:
Enables hybrid systems with acrylics, epoxies, or silanes for customized performance profiles
Supports multiple application methods (spray, roll, dip) without compromising coating uniformity
Exhibits excellent storage stability, freeze-thaw resistance, and rapid drying kinetics
✧Typical Uses:
Industrial plastic coatings: This PUD adheres to engineered polymers (PC, ABS, Nylon) without primers
Metal protection coatings: Provides corrosion resistance on structural components with low curing energy demand
4. Universal Adhesion & Substrate Adaptability
Key Traits: Molecular adhesion-promoting design; submicron particle size for deep substrate wetting
✧Primary Benefits:
Achieves primerless adhesion on challenging substrates including metals, plastics, and composites
Enhances coating durability through mechanical interlocking and chemical bonding mechanisms
Permits low-temperature curing compatibility with heat-sensitive materials (e.g., engineered plastics)
✧Typical Uses:
Multi-material industrial assemblies: This PUD uniformly coats complex components with mixed substrates
High-performance textile finishing: Imparts water resistance and durability to technical fabrics without VOC emissions


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