UV additives for polymers protection from Ultra-Violet sun radiation.
These solutions are designed to extend the lifespan of products, by preserving their physical, mechanical and aesthetic properties.
They are recommended for applications such as agriculture, plastic packaging, constructions and automotives
Industry: Agriculture, Horticulture & Animal Feed
UV Stabilizer UV-OA 22011
UV additives for polymers protection from Ultra-Violet sun radiation.
These solutions are designed to extend the lifespan of products, by preserving their physical, mechanical and aesthetic properties.
They are recommended for applications such as agriculture, plastic packaging, constructions and automotives
UV Stabilizer UV 001HG
UV additives for polymers protection from Ultra-Violet sun radiation.
These solutions are designed to extend the lifespan of products, by preserving their physical, mechanical and aesthetic properties.
They are recommended for applications such as agriculture, plastic packaging, constructions and automotives
UV Stabilizer UV XTH
UV additives for polymers protection from Ultra-Violet sun radiation.
These solutions are designed to extend the lifespan of products, by preserving their physical, mechanical and aesthetic properties.
They are recommended for applications such as agriculture, plastic packaging, constructions and automotives
UV Stabilizer UV 001H
UV additives for polymers protection from Ultra-Violet sun radiation.
These solutions are designed to extend the lifespan of products, by preserving their physical, mechanical and aesthetic properties.
They are recommended for applications such as agriculture, plastic packaging, constructions and automotives
UV Stabilizer UV 322H
UV additives for polymers protection from Ultra-Violet sun radiation.
These solutions are designed to extend the lifespan of products, by preserving their physical, mechanical and aesthetic properties.
They are recommended for applications such as agriculture, plastic packaging, constructions and automotives
Antistatic AS-SA 2100
This product is a proprietary blend of antistats, designed for both short and long-term performance, is recommended for use with LLDPE and LDPE films in electronics packaging, offering non-amide and non-amine properties.
This formulation includes GMS antistat for short-term properties in PP, LLDPE, and LDPE films, ensuring FDA compliance at all levels.
The antistatic effect is permanent, even at low humidity levels, and it does not migrate or bloom to the surface, maintaining consistent performance over time.
Antistatic AS 5009
This product is a proprietary blend of antistats, designed for both short and long-term performance, is recommended for use with LLDPE and LDPE films in electronics packaging, offering non-amide and non-amine properties.
This formulation includes GMS antistat for short-term properties in PP, LLDPE, and LDPE films, ensuring FDA compliance at all levels.
The antistatic effect is permanent, even at low humidity levels, and it does not migrate or bloom to the surface, maintaining consistent performance over time.
Antistatic AS 5
This product is a proprietary blend of antistats, designed for both short and long-term performance, is recommended for use with LLDPE and LDPE films in electronics packaging, offering non-amide and non-amine properties.
This formulation includes GMS antistat for short-term properties in PP, LLDPE, and LDPE films, ensuring FDA compliance at all levels.
The antistatic effect is permanent, even at low humidity levels, and it does not migrate or bloom to the surface, maintaining consistent performance over time.
Antistatic AS 5001
This product is a proprietary blend of antistats, designed for both short and long-term performance, is recommended for use with LLDPE and LDPE films in electronics packaging, offering non-amide and non-amine properties.
This formulation includes GMS antistat for short-term properties in PP, LLDPE, and LDPE films, ensuring FDA compliance at all levels.
The antistatic effect is permanent, even at low humidity levels, and it does not migrate or bloom to the surface, maintaining consistent performance over time.