Reinforced Plastic Pipe Product description
Product Sort
(1) Glass fiber reinforced polypropylene pipes and fittings (FRPP);
(2) Engineering grade polypropylene pipes and fittings (PP);
(3) Buried polyethylene pipes and fittings (HDPE, MDPE) for gas;
(4) polyethylene pipes for water supply, frpp pipe fittings (HDPE,
MDPE);
(5) Steel-plastic composite pipes (less than 400mm, lined with PVC,
PE, PP);
(6) Buried polyethylene (PE) structural wall pipes (double-walled
glass pipe, winding pipe);
(7) Dedicated pipe for bridge steel cable sheath (HDPE);
(8) PP, PVC sheet, PE ultra-high molecular weight sheet;
(9) frpp pipe nylon, silicon fluoride, automotive special pipe.
Standard:HG,ANSI,DIN,JIS
The characteristic of FRPP pipeline is: corrosion resistance, high
temperature resistance, high pressure resistance, non-toxic health,
recyclable, suitable for corrosive liquid transport (such as acid
and alkali liquid) and municipal water supply and drainage system.
It has excellent impact resistance and tensile strength, light
weight, convenient installation and maintenance. FRPP pipes are
widely used in chemical industry, chemical fiber, chlor alkali,
dye, water supply and drainage, food, medicine, sewage treatment,
electrolysis and other industries.
Material features
FRPP pipe (glass fiber reinforced polypropylene pipe) is produced
by using glass fiber modified polypropylene material treated with
coupling agent.
According to HG20539-92 standard, specifications De15-De1500mm,
nominal pressure 0.4-1.0MPa, corrosion resistance, high temperature
resistance High pressure resistance, sanitary and non-toxic,
recyclable, suitable for corrosive liquid transportation (such as
acid and alkali liquid) and municipal water supply and drainage
systems.
Has excellent impact resistance and tensile strength, light weight,
easy installation and maintenance.
Specification
Indicator name | Unit | Index value |
Heat distortion temperature | C | ≥135 |
Density | g/cm | 0.92—1.00 |
Flat test | No cracks when pressed to the outside diameter of the pipe |
20 hydraulic pressure test (instantaneous blasting hoop stress) | MPa | ≥26 |
Tensile Strength | MPa | 35 |
Elongation at break | % | ≥90 |
Izod impact strength | KJ/m | ≥14 |
Bending strength | MPa | ≥45 |
Falling hammer impact energy | Kg.m | 8 |
Linear expansion coefficient | 10m/m | 9~11 |
Nominal outer diameter | Nominal deviation | 0.4 MPa | 0.6 MPa | 0.8 MPa | 1 MPa |
S+deviation | S+deviation | S+deviation | S+deviation | | |
25 | +0.3 | — | — | 2.0+0.4 | 2.1+0.4 |
32 | +0.3 | — | — | 2.2+0.4 | 2.7+0.5 |
40 | +0.4 | — | — | 2.8+0.5 | 3.4+0.5 |
50 | +0.5 | 2.0+0.4 | 2.6+0.5 | 3.4+0.6 | 4.2+0.6 |
63 | +0.5 | 2.3+0.5 | 3.3+0.6 | 4.3+0.7 | 5.2+0.7 |
75 | +0.7 | 2.7+0.5 | 3.9+0.6 | 5.1+0.8 | 6.2+0.9 |
90 | +0.9 | 3.2+0.6 | 4.7+0.7 | 6.1+0.9 | 7.5+1.0 |
110 | +1.0 | 3.9+0.6 | 5.7+0.8 | 7.5+1.0 | 9.1+1.2 |
125 | +1.2 | 4.4+0.7 | 6.5+0.9 | 8.5+1.1 | 10.4+1.3 |
140 | +1.3 | 5.0+0.7 | 7.2+1.0 | 9.5+1.2 | 11.6+1.4 |
160 | +1.5 | 5.7+0.8 | 8.3+1.1 | 10.8+1.3 | 13.3+1.6 |
180 | +1.7 | 6.4+0.9 | 9.3+1.2 | 12.2+1.4 | 14.9+1.7 |
200 | +1.8 | 7.1+1.0, , | 10.3+1.3 | 13.6+1.6 | 16.6+1.9 |
225 | +2.1 | 7.9+1.0 | 11.6+1.4 | 15.2+1.7 | 18.7+2.1 |
250 | +2.3 | 8.8+1.1 | 12.9+1.5 | 17.0+1.9 | 20.7+2.3 |
280 | +2.6 | 9.9+1.2 | 14.4+1.7 | 18.9+2.1 | 23.2+2.6 |
315 | +2.9 | 11.1+1.3 | 16.2+1.9 | 21.2+2.4 | 26.1+2.9 |
355 | +3.2 | 12.5+1.5 | 18.3+2.1 | 23.9+2.7 | 29.4+3.2 |
400 | +3.6 | 14.1+1.7 | 20.6+2.3 | 26.9+3.0 | 33.2+3.6 |
450 | +4.1 | 15.8+2.6 | 23.2+3.7 | 30.5+4.8 | — |
500 | +4.5 | 17.6+2.9 | 25.7+4.1 | 33.9+5.3 | — |
560 | +5.0 | 21.6+3.0 | 31.7+4.3 | — | — |
630 | +5.0 | 24.3+3.2 | 35.7+4.5 | — | — |
Applications
FRPP tube is widely used in chemical industry, chemical fiber,
chlor-alkali, dye, water supply and drainage, food, medicine,
sewage treatment, electrolysis and other industries due to its
unique properties.