Ecolin® PP35
Our products
Ecolin® PP35 – Impact Modifier
Ecolin® PP35 is a high performance impact modifier crafted to enhance toughness and durability in polypropylene and related blends
| Sr.No. | Characteristics | Test Method | Test Value |
| 1 | Melt Flow Rate (190 deg * C / 2.16 * Kg) | ASTM D1238 | 12g/10min |
| 2 | Density | ASTM C29 | 0.91 g/cc |
| 3 | Moisture Content | ASTM C29 | < 1.5% |
| 4 | Izod impact strength | ASTM D 256-25 | 21-notched J/m |
| 5 | Durometer hardness | ASTM D 2240-21 | 70 Shore D |
| 6 | UV ageing/weathering | ISO:4892-3-24 (100 Hrs) | No Effect up to 100 Hrs |
| 7 | Tensile strength at break | ASTM D 638-22 | 31.8 MPa |
| 8 | Elongation at yield | 10% | |
| 9 | Flexural modulus | ASTM D 790-17 | 1432 MPa |
improves resistance to cracking, stress, and deformation, making it perfect for automotive, industrial, and consumergrade applications
Ecolin® PP35 Impact Modifier Enhancing Plastic
Strength, Toughness, and Performance
Impact Modifier
Bio-Fillers
Bio-Stabilizer
Green Additive
Product Characteristics
- Additive designed for Polypropylene-based master batch compounds.
- Offers excellent impact resistance and dimensional stability.
- Improves Mechanical Properties: Tensile Strength & Flexural Modulus.
- Improves Mechanical Properties: Tensile Strength & Flexural Modulus.
Thermal Heat Resistance also work as an Anti-Oxidant.
Shelf life and Storage Conditions
- Expected Shelf life is minimum 3 year in original unopened packaging.
- Product should be stored in Air tight condition in a cool place, away from the sunlight.
- Avoid heavy stacking of the product.
Get in Touch
Applications
- It's recommended for general purpose injection moulding for Automotive parts, Appliance housings, Consumer goods, Packaging materials, Pipes, and Sheets, Furniture Items, Electrical & Electronics Parts.
Processing Guidelines
- This product is recommended for use in combination with other polypropylene (PP) materials based on the desired end-use properties. A processing temperature reduction of 10 to 20 deg * C is advised compared to standard PP homopolymers to ensure optimal dispersion and thermal stability.