Strong Impact Resistance LDPE Polyethylene Clear Thermoplastic Powder Coatings

Customization:

Customized logo（Min.Order: 1 pieces）

Customized packaging（Min.Order: 1 pieces）

Graphic customization（Min.Order: 1 pieces）

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Strong Impact Resistance LDPE Polyethylene Clear Thermoplastic Powder Coatings

Name: Strong Impact Resistance LDPE Polyethylene Clear Thermoplastic Powder Coatings
Brand: Hebei Hanna Technology Co., Ltd.
SKU: 1600589420184_1
Price: 2.70 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Impact-Resistant Coating: Designed to provide superior durability and protection for metal, plastic, and aluminum substrates, ensuring resistance to mechanical stress, corrosion, and environmental wear.
Thermosetting Powder Application: Uses a spray method to apply epoxy-based thermoplastic coatings, forming a hard, clear finish that cures under heat for enhanced adhesion and longevity.

Key features

1. Material Technology

With epoxy resin and aluminum-reinforced material, achieve superior impact resistance for durable protection on metal and plastic substrates.

2. Interactive Design

With spray application compatibility, ensure even coating distribution and efficient application on complex surfaces like car parts and furniture.

3. Performance Parameters

With high-impact resistance rating, outperform traditional liquid coatings by ~30% in durability tests*

4. Scenario Solutions

Supports diverse industrial applications, suitable for automotive, construction, and appliance manufacturing with compatibility for metal, plastic, and aluminum substrates.

5. Certification Standards

Complies with international safety standards (CAS No. 9003-01-4, EINECS No. 201-177-9), ensuring reliability for automotive and industrial use.

Product details

The Strong Impact Resistance LDPE Polyethylene Clear Thermoplastic Powder Coatings are engineered for durability and versatility. Designed for thermosetting applications, these coatings offer superior adhesion on metal, plastic, and aluminum substrates. With a spray application method and a wide range of industrial uses—from automotive parts to electrical insulation—this coating system ensures robust performance under diverse conditions.

Technical specifications

Feature	Specification	Application Scenario
Material Composition	LDPE, epoxy resin, aluminum-based additives	Automotive coatings, industrial equipment, furniture
Thermosetting Type	Cross-linked polymer network at curing temperatures	High-temperature resistance for electrical components
Impact Resistance	20% higher than standard LDPE coatings	Protective coatings for machinery and outdoor structures
Substrate Compatibility	Adheres to aluminum, plastic, and metal surfaces	Automotive parts, appliance finishes, road markings
Curing Process	180°C for 20 minutes (standard); adjustable for substrate-specific needs	Mass production of coated components
Chemical Resistance	Resistant to UV, moisture, and mild chemicals	Marine coatings, outdoor signage, building facades

Customization guide

Adjustable parameters:

Particle size distribution for smoother finishes on glossy substrates.
Curing temperature range to optimize adhesion on heat-sensitive materials.
Color retention additives for specialized applications requiring long-term vibrancy.

Get inspired

With its blend of thermoplastic and thermosetting properties, this coating excels in high-impact environments. Ideal for automotive OEMs needing scratch-resistant finishes or industrial designers requiring corrosion protection for outdoor installations.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Impact Resistance	20% above standard	+15% over Base	+30% over Base*
Curing Temperature	180°C fixed	Adjustable ±10°C	Adjustable ±20°C
Color Retention	5 years (standard)	8 years	12 years
UV Resistance	Basic	Enhanced	Military-grade

Supplier's note

Technical Breakthroughs:
- Impact Resistance: The Pro Model’s 30% boost over industry baselines enables use in heavy machinery and collision-prone areas.
- Adaptive Curing: The Advanced Model’s adjustable temperature range accommodates mixed-material assemblies (e.g., plastic-metal hybrids).
- UV Stability: The Pro Model’s additives maintain color integrity in direct sunlight, critical for outdoor signage and marine coatings.
Version Selection Guidance:
- Base Model: Ideal for standard industrial applications (e.g., furniture, general machinery).
- Advanced Model: Recommended for automotive and appliance manufacturers requiring substrate flexibility.
- Pro Model: Tailored for extreme environments (e.g., offshore equipment, aerospace components). With its triple-certified chemical resistance, it safeguards against corrosive marine conditions while maintaining adhesion on epoxy-treated substrates.

*Pro Model’s impact resistance exceeds ISO 12944:2018 Grade C requirements by 40%.

Frequently asked questions

Which LDPE powder coating is best suited for automotive parts like car paint?
How do I prepare surfaces before applying LDPE powder coatings for metal substrates?
What are the advantages of LDPE over epoxy for road marking paints?
Can this coating be customized for plastic furniture with specific color requirements?
Is your powder coating FDA-approved for food-contact surfaces like appliance paints?
What spray technique ensures even coverage for LDPE powder coatings on large surfaces?
How does this coating handle extreme impact in industrial environments?
Does your powder coating have low VOC emissions for eco-friendly applications?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Impact Resistance	Automotive parts, industrial machinery	Industry Standard: 1.0m drop test (ASTM D2794) Our Base: 1.2m (▲20%) Our Advanced: 1.5m (▲▲50%)	▲▲ Enhanced durability for high-impact environments ▲ Base version cost-effective for moderate use	Advanced requires specialized curing equipment (▲▲)
Chemical Resistance	Chemical plants, laboratories	Industry Standard: Resists 20 chemicals (ASTM D543) Our Base: 30 chemicals (▲50%) Our Advanced: 50+ chemicals (▲▲150%)	▲▲ Long service life in corrosive environments ▲ Base suitable for light chemical exposure	Base may degrade under extreme chemical exposure (▲)
Temperature Resistance	High-heat applications (engines, ovens)	Industry Standard: Up to 80°C Our Base: 100°C (▲25%) Our Advanced: 120°C (▲▲50%)	▲▲ Withstands extreme temperatures in industrial settings ▲ Base adequate for moderate heat	Advanced requires higher curing temperatures (▲▲)
Adhesion Strength	Metal/plastic substrates	Industry Standard: 10 MPa (ISO 4624) Our Base: 15 MPa (▲50%) Our Advanced: 20 MPa (▲▲100%)	▲▲ Strong bonding on diverse substrates (aluminum, plastic) ▲ Base reduces peeling risks	Base may fail on rough surfaces (▲)
Application Efficiency	Large-scale manufacturing	Industry Standard: Manual spray (200 m²/h) Our Base: Automated spray (300 m²/h) (▲50%) Our Advanced: Dual-mode (400 m²/h) (▲▲100%)	▲▲ Faster production with Advanced’s dual-mode spray ▲ Base reduces labor costs	Advanced requires investment in equipment (▲▲)
Material Composition	Corrosive environments	Industry Standard: Basic resin blends Our Base: Epoxy + resin (▲ corrosion resistance) Our Advanced: Epoxy + aluminum filler (▲▲ abrasion resistance)	▲▲ Enhanced durability and abrasion resistance in harsh conditions ▲ Base lightweight for portable use	Advanced adds weight to substrates (▲▲)