FCFC Formosa TAIRIPRO® K3029 PP Impact Copolymer
Plastic Granules
TAIRIPRO® K3029 PP Impact Copolymer Injection Molding
TAIRIPRO K3029 is an impact copolymer PP resin engineered for high-performance manufacturing. Combining high fluidity (Melt Flow Index: 32 g/10min) and exceptional impact strength (147 kJ/m² at 73°F), it simplifies production of durable, complex parts while reducing cycle times. Ideal for automotive, packaging, and thin-wall applications, this material balances efficiency with reliability.
Associated Documents
ISO Data Sheet
ASTM Data Sheet
UL Product iQ
MSDS
Processing Data
Typical property data
Physical Properties
Specific Gravity: 0.9 (ISO 1183, 23℃/23℃)
Mechanical Properties
- Tensile Strength: 21 MPa (ISO 527, 23℃, 50mm/min)
- Tensile Elongation at Break: >100% (ISO 527, 23℃, 50mm/min)
- Flexural Modulus: 980 MPa (ISO 178, 23℃)
- Rockwell Hardness: R-75 (ISO 2039-2, 23℃)
Impact Properties
IZOD Impact Strength (Notched):
- 69 kJ/m² (ISO 180, 0℉, 4mm)
- 147 kJ/m² (ISO 180, 73℉, 1/8″)
Thermal Properties
Heat Deflection Temperature: 108℃ (ISO 75/A, Unannealed, 0.455 MPa, 1/4″ thickness)
Flame Characteristics
Combustibility: HB Rating (UL-94, 1.5–3 mm thickness)
Injection Molding
- Melt Flow Index: 32 g/10 min (ISO 1133, 230℃ × 2.16kg)
- Molding Shrinkage: 1.4–1.8% (FCFC Method, 23℃)
Features & Benefits
Superior Flow
TAIRIPRO K3029’s high fluidity ensures seamless filling of thin-walled or intricate molds. This reduces warping and shortens cycle times, cutting costs for items like disposable containers or lightweight automotive panels.
Toughness for Demanding Environments
With an IZOD impact strength of 147 kJ/m², K3029 withstands harsh conditions. Perfect for bumpers or industrial components, it resists cracks and impacts, extending product lifespan.
Heat Resistance & Stability
A heat deflection temperature of 108°C ensures stability in high-heat scenarios. Use it for under-hood automotive parts or reusable food containers without compromising structural integrity.
Use & applications
- Automotive Bumpers: High impact strength absorbs collisions, reducing repair costs.
- Thin-Wall Packaging: High fluidity enables detailed, lightweight designs (e.g., food containers).
- Engine Components: Heat resistance ensures reliability in under-hood parts.
