Products - Zhejiang Zhuji Hexie Pipes System Co., Ltd.

PPR water supply tubes PN2.5

hot water tubes features: 1.Material: Random Polypropylene 2.Sizes:16 to 160mm 3.Pressure: PN2.5 4.Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PPR pipes PN1.25

Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure: PN1.25MPa Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PPR water supply pipes/tubes PN1.6

Features: 1.Material: Random Polypropylene 2.Sizes:16 to 160mm 3.Pressure: PN1.6 4.Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PPR pipes PN2.5

hot water pipes features: Material: Random Polypropylene Sizes:16 to 160mm Pressure: PN2.5 Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PPR water pipes PN2.0

Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure: PN2.0 Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PP-R water pipes PN1.6

Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure: PN1.6 Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PP-R hot water pipes PN2.5

hot water pipes features: Material: Random Polypropylene Sizes:16 to 160mm Pressure: PN2.5 Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PP-R water pipes PN2.0

Features: 1.Material: Random Polypropylene 2.Sizes:16 to 160mm 3.Pressure: PN2.0 4.Color: white Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

PP-R water pipes PN1.25

Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure: PN1.25MPa Color: white or as required Features: Material: Random Polypropylene Sizes:16 to 160mm Pressure:...

FR-PPR features: Size: 16-75mm Pressure:PN2.5 Color: white ppr, red glass fiber connection: hot melt This FR-PPR glass fiber composite pipes: features:1,healthy,non-toxic2,pressure resistence: 90 degree, 5MPa3, heat preservation and energy conservation: the thermal...