The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength
TECHNO GREEN PIPE Systems are made from the high-quality raw materials: Polypropylene Random Copolymers (PPR) is a major resource used in designing this versatile system. Polypropylene Random Copolyme
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength.
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength.
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength.
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength.
The HP fitting is for pressure systems where temperatures will not exceed 60 degree C. They are highly resilient, with high-tensile and high-impact strength.
