WHO WE ARE
Our motto “COMBINE INCOMPATIBLE” defines the essence of our business which is to create polymer modifiers & alloys which combine immiscible and incompatible components of polymers to achieve a versatile range of mechanical characteristics including good impact and chemical resistance, fire retardant properties and cost-effectiveness.
Our proprietary products are designed and manufactured to meet our clients needs by allowing them to create polymers with properties which not been previously attainable.
Given past excellent field results, we have founded Graft Polymer’s Manufacturing & Research Plant, utilized our own IP’s in order to create world best polymer modification technologies that allow the development of a full spectrum of modifiers & alloys with unique features.
Graft Polymer has the most comprehensive , innovative and flexible business model in the polymer modification field with rapid response on the most sophisticated customer requirements.
WHAT CAN WE OFFER
RESEARCH & DEVELOPMENT
Over 20 years of engineering experience guarantee production of new composite materials with unique features.
PRODUCT CUSTOMIZATION ("TURN-KEY")
We provide full product customization for any demand.
Graft Polymer features a wide range of innovative polymer modifiers and compounds for commercial purposes.
Polymer Modification is a key global challenge in Polymer industry and the main instrument for creating modern composite materials
The company is aware that protecting the environment is an important task.
This is why it considers environmental protection to be an equally important goal to health, safety, quality, and economic success.
The company strives to:
continuously reduce the impact on the environment through environmentally sound behavior,
improve its products and processes in order to minimize the environmental impact and to preserve resources,
raise the environmental awareness of its employees and
identify potential discrepancies and react with countermeasures by establishing environmental business goals as well as constant target-performance analysis.