PP Impact Copolymer Thin Wall Grade IM 100 85
CAS 9010-79-1
Generic registry number (not stated in the manufacturer TDS)
Polypropylene reactor impact copolymer
- MFR (230 °C, 2.16 kg)
- Typical: 100 g/10 min
- Tensile stress at yield [2]
- Typical: 23 MPa
- Tensile strain at yield [2]
- Typical: 4 %
- Flexural modulus [2]
- Typical: 1350 MPa
Technical Specifications
| Parameter | Value | Method / unit |
|---|---|---|
| Appearance | Pellets | |
| MFR (230 °C, 2.16 kg) | Typical: 100 g/10 min | ISO 1133-1 · °C |
| Tensile stress at yield [2] | Typical: 23 MPa | ISO 527-1,2 |
| Tensile strain at yield [2] | Typical: 4 % | ISO 527-1,2 · % |
| Flexural modulus [2] | Typical: 1350 MPa | ISO 178 |
| Izod impact strength (notched, 23 °C) [2] | Typical: 4.5 kJ/m² | ISO 180/A · °C |
| Izod impact strength (notched, −20 °C) [2] | Typical: 3 kJ/m² | ISO 180/A · °C |
| HDT (0.45 MPa, flatwise) [2] | Typical: 92 °C | ISO 75-1,2 · °C |
| Recommended processing temperature | Typical: 190 – 250 °C | °C |
| Burning rate (horizontal) [F] | Typical: 44.6 mm/min | FMVSS302 (1998) |
Detailed application areas
Very high speed thin wall injection moulding requiring high stiffness and good impact resistance: household and garden articles, bowls, pails, storage boxes, trays, caps, closures and food packaging boxes. Can be mixed with TATREN homopolymers and processed on standard injection moulding machines.
Packaging & storage
Packaging
25 kg PE bags; 1375 kg polymer on shrink- or stretch-wrapped pallets. Road or rail silo transport is also available.
Storage
Protect from UV radiation and temperatures above 40 °C.
Documents
Technical data sheet (TDS)
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Product Information
PP Impact Copolymer Thin Wall Grade IM 100 85 (CAS 9010-79-1) is an industrial product in the thermoplastic polymers category. Typical specifications: Appearance: Pellets; MFR (230 °C, 2.16 kg): Typical: 100 g/10 min; Tensile stress at yield [2]: Typical: 23 MPa. KORKİMYA supplies PP Impact Copolymer Thin Wall Grade IM 100 85 in 25 kg PE bags; 1375 kg polymer on shrink- or stretch-wrapped pallets. Road or rail silo transport is also available..
Polypropylene reactor impact copolymer
- CAS
- 9010-79-1
- TN-VED Code
- 3902 30
- Category
- Thermoplastic Polymers
Synonyms
Test Methods
ISO 1133-1 · ISO 527-1,2 · ISO 178 · ISO 180/A · ISO 75-1,2 · FMVSS302 (1998)
Key features
Why this product?
- Observe fire safety rules for combustible materials. Dry pellets before use if moisture condenses inside packaging.
- Contains nucleating and antistatic agents. [2] ISO 294-1 injection-moulded specimens. [F] Press-moulded specimen: 356 × 74 × 1.9–2.3 mm.
- Excellent organoleptic properties make it suitable for food-contact applications.
- Observe fire rules for combustible materials.
- High humidity/fluctuating temperatures can cause condensation inside packaging; drying before use is recommended if it occurs.
- Recyclable using modern methods; keep in-house production waste clean for direct recycling.
- Polypropylene reactor impact copolymer; exceptionally high fluidity and excellent processability
- Polymer exempt from REACH registration; monomers and relevant additives registered.
- Only REACH-compliant raw materials used.
- August 2025 source: no specifically identified SVHC >0.1%.
- Product compliance: see DDS.
- Heat-treated pooled pallets remain supplier property; collected after use for reuse.
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Last updated: 11/10/2026
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