GODIBATCH IMP 4800-725
NEW! Impact Modifier for Higher Impact Strength and Improved Low-Temperature Resistance
Greater impact strength for thermoplastics
GODIBATCH IMP 4800-725 – targeted impact modification for injection molding and extrusion
The mechanical requirements placed on plastics extend beyond strength and stiffness.
Impact loads, notch effects, and low temperatures in particular can cause a material to behave significantly more brittlely in use than desired.
With GODIBATCH IMP 4800-725, Godiplast offers a functional impact modifier designed to improve the mechanical and elastic properties of thermoplastics.
What properties can be improved?
- Impact strength
- Low-temperature impact strength
- Flexibility
- Biaxial elongation
- Environmental stress cracking resistance
- Reduced notch sensitivity
- Resistance to splitting
By creating a highly elastic phase within the polymer matrix, the impact behavior of the material can be specifically improved.
Effective even at low temperatures
Thanks to its low glass transition temperature of below –45 °C, GODIBATCH IMP 4800-725 can improve the low-temperature performance of various polymers at temperatures down to approximately –40 °C.
Broad polymer compatibility
PP · HDPE · LDPE · PA 6 · PA 6.6 · PET
POM and ABS may also be suitable following preliminary testing.
Suitable for extrusion and injection molding, with thermal stability at processing temperatures of up to 280 °C.
Recommended dosage: 2–15%, depending on the polymer and the desired property level.
Does your material require greater toughness?
We would be pleased to assess whether GODIBATCH IMP 4800-725 is suitable for your application.
Contact us now – our team will be happy to advise you!
We look forward to hearing from you!
Technical Data
- Product
GODIBATCH IMP 4800-725 - Function
Impact modifier / polymer modifier - Active ingredient base
Acrylate - Density
0.93 g/cm³ - MFI
Approx. 8 g/10 min
at 230 °C / 2.16 kg - Shore A hardness
88 - Processing methods
Extrusion and injection molding - Recommended dosage
2.0–15.0% - Temperature resistance
Suitable for processing temperatures up to 280 °C