Automotive Interior TPO Material
High-performance TPO material developed for automotive interior parts, meeting core requirements of low odor, low VOC, scratch resistance, and excellent tactile feel, with good processability and design flexibility.
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- Product Description
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Item
Content
Product Description
High-performance TPO material developed for automotive interior parts, meeting core requirements of low odor, low VOC, scratch resistance, and excellent tactile feel, with good processability and design flexibility.
Key Characteristics
1. Low Odor & Low VOC: Strictly controlled volatile organic compounds, meeting in-cabin air quality standards.
2. Excellent Scratch Resistance: Moderate surface hardness, resistant to daily abrasion for lasting aesthetics.
3. Good Aging Resistance: Resists UV and thermal-oxidative aging, preventing fading and embrittlement.
4. Comfortable Feel & Appearance: Capable of matte, leather-like, and other surface finishes.
5. Superior Processability: Good flow, suitable for injection molding of large, thin-walled interior parts.Main Applications
Instrument panel skin/frame, door panel trim, A/B/C pillar covers, center console, seat back panels, interior storage box lids.
Processing Method
Injection Molding (Primary), Extrusion, Thermoforming
Key Certs/Standards
ROHS, REACH, Compliant with automotive interior material standards for VOC, odor, and fogging tests.
Color
Customizable according to customer requirements and automotive interior color charts.
Appearance
Uniform pellets
Packaging
20/25 kg/bag
Physical Properties
Typical Value
Unit
Test Standard
Specific Gravity
0.95 - 1.05
g/cm³
ASTM D792
Hardness
60A - 95A
Shore A
ASTM D2240
Tensile Strength
≥ 10.0
MPa
ASTM D412
Elongation at Break
≥ 250
%
ASTM D412
Scratch Resistance (5-Finger)
≥ 1.5N
--
Customer-specified method
Processing Ref.
Drying: 80-90°C for 2-4 hrs; Injection Temp: 190-220°C.
Key Notes
1. Strict Storage Control: Must be stored sealed and dry; use promptly after opening.
2. Mold & Process: High-gloss molds are recommended; optimize process to minimize flow marks and weld lines.
3. Avoid Contamination: Maintain clean production environment and equipment to prevent surface defects from foreign matter.
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