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Steel Rubber Pipe WRIKU’s Steel-Rubber Composite Pipe has excellent performance on anti-corrosion, wear-resistance and impact resistance, and is widely used in the concentrate and tailings conveying system in metallurgy, electric power, chemical, petroleum, coal, cement and other industries, the ash conveying system of coal-fired power plants, chemical anticorrosion, coal mine backfilling and Rivers, port dredging, pipelines and other fields. It is especially suitable for working under the environment of conveying temperature between -50℃~+120℃. (Pipe ready for coating&Linning) |
Steel Rubber Pipe WRIKU’s Steel-Rubber Composite Pipe has excellent performance on anti-corrosion, wear-resistance and impact resistance, and is widely used in the concentrate and tailings conveying system in metallurgy, electric power, chemical, petroleum, coal, cement and other industries, the ash conveying system of coal-fired power plants, chemical anticorrosion, coal mine backfilling and Rivers, port dredging, pipelines and other fields. It is especially suitable for working under the environment of conveying temperature between -50℃~+120℃. (Pipe ready for coating&Linning) |
WRIKU’s Steel-Rubber Composite Pipe has excellent performance on anti-corrosion, wear-resistance and impact resistance, and is widely used in the concentrate and tailings conveying system in metallurgy, electric power, chemical, petroleum, coal, cement and other industries, the ash conveying system of coal-fired power plants, chemical anticorrosion, coal mine backfilling and Rivers, port dredging, pipelines and other fields. It is especially suitable for working under the environment of conveying temperature between -50℃~+120℃. | |
1. Wide Application Range WRIKU’s Steel-Rubber Composite Pipe can be used for a long time under an environment between -50℃~+120℃. The lining rubber will not be separated from the steel pipe due to temperature changes. 2. Very High Impact Resistance. The rubber deforms under impact, absorbs the kinetic energy of the particles, and then transfers most of the energy back to the particles in the form of rebound, reducing the impact force and greatly improving the service life. 3. Good wear resistance Rubber lining can be formulated according to the needs of wear resistance, and its wear resistance is more than five times that of steel pipes and four times that of ceramics. 4. Good anti-corrosion performance The rubber lining can be formulated according to the needs of anti-corrosion and is suitable for high corrosive environments. The steel-rubber composite pipe is resistant to corrosion by various acids, alkalis, salts and sewage, and can be used in complex and harsh chemical corrosion environments. 5. Small running resistance and Lower energy consumption . WRIKU’s rubber-lined steel pipe tube is produced under high-pressure airbag extrusion process, with smooth inner wall, high density and strong impermeability, which saves both operating and reduces cost. 6. Light weight, convenient installation and maintenance. WRIKU’s steel frame of the rubber-lined steel pipe only plays a pressure-bearing role and can be thinned to the lowest pressure-bearing degree. Its weight is 20-30% lighter than ordinary steel pipes. The rubber-lined steel pipe is not afraid of bumps and the lining will not break. The service life is 4-5 times longer than that of pure steel pipes. The average annual investment during the lifespan is low. Because of its light weight, it can save bracket costs, reduce resistance consumption and save operating costs. The comprehensive cost of rubber-lined steel pipes is correspondingly greatly reduced, which can save users A lot of money. 7. Can be recycled. The steel pipe only needs one-time investment, and the used steel pipe can be used after repairing the rubber lining. Each rubber lining is equivalent to 4-5 times the life of the metal pipe. Further saving on cost, energy and friendly to environmental. |
WRIKU’s Steel-Rubber Composite Pipe has excellent performance on anti-corrosion, wear-resistance and impact resistance, and is widely used in the concentrate and tailings conveying system in metallurgy, electric power, chemical, petroleum, coal, cement and other industries, the ash conveying system of coal-fired power plants, chemical anticorrosion, coal mine backfilling and Rivers, port dredging, pipelines and other fields. It is especially suitable for working under the environment of conveying temperature between -50℃~+120℃. | |
1. Wide Application Range WRIKU’s Steel-Rubber Composite Pipe can be used for a long time under an environment between -50℃~+120℃. The lining rubber will not be separated from the steel pipe due to temperature changes. 2. Very High Impact Resistance. The rubber deforms under impact, absorbs the kinetic energy of the particles, and then transfers most of the energy back to the particles in the form of rebound, reducing the impact force and greatly improving the service life. 3. Good wear resistance Rubber lining can be formulated according to the needs of wear resistance, and its wear resistance is more than five times that of steel pipes and four times that of ceramics. 4. Good anti-corrosion performance The rubber lining can be formulated according to the needs of anti-corrosion and is suitable for high corrosive environments. The steel-rubber composite pipe is resistant to corrosion by various acids, alkalis, salts and sewage, and can be used in complex and harsh chemical corrosion environments. 5. Small running resistance and Lower energy consumption . WRIKU’s rubber-lined steel pipe tube is produced under high-pressure airbag extrusion process, with smooth inner wall, high density and strong impermeability, which saves both operating and reduces cost. 6. Light weight, convenient installation and maintenance. WRIKU’s steel frame of the rubber-lined steel pipe only plays a pressure-bearing role and can be thinned to the lowest pressure-bearing degree. Its weight is 20-30% lighter than ordinary steel pipes. The rubber-lined steel pipe is not afraid of bumps and the lining will not break. The service life is 4-5 times longer than that of pure steel pipes. The average annual investment during the lifespan is low. Because of its light weight, it can save bracket costs, reduce resistance consumption and save operating costs. The comprehensive cost of rubber-lined steel pipes is correspondingly greatly reduced, which can save users A lot of money. 7. Can be recycled. The steel pipe only needs one-time investment, and the used steel pipe can be used after repairing the rubber lining. Each rubber lining is equivalent to 4-5 times the life of the metal pipe. Further saving on cost, energy and friendly to environmental. |
Specification of Rubber-lined Seamless Steel Pipe | |||||
Size(mm) | Liner Thickness(mm) | Working Pressure(Mpa) | Pipe Size (mm) | Thickness (mm) | Working Pressure (Mpa) |
φ89x4 | 4mm | 0-6.4 | φ325x8 | 6mm | 0-4 |
φ108x5 | 4mm | 0-6.4 | φ377x9 | 6mm | 0-4 |
φ133x5 | 4mm | 0-6.4 | φ426x9 | 6mm | 0-4 |
φ159x5 | 4mm | 0-4 | φ480x9 | 8mm | 0-2.5 |
φ180x5 | 4mm | 0-4 | φ530x9 | 8mm | 0-2.5 |
φ219x6 | 5mm | 0-4 | φ560x9 | 8mm | 0-2.5 |
φ245x6 | 5mm | 0-4 | φ630x10 | 10mm | 0-2.5 |
Φ273x6.5 | 6mm | 0-4 | φ680x10 | 10mm | 0-2.5 |
1.Steel-rubber composite pipes are classified according to their shapes: straight pipe, elbow, elbow, tee, etc. 2. Steel-rubber composite pipes are classified according to pipe diameter: DN80-DN630.. 3. According to the thickness of the inner lining of the tube: various specifications ranging from 4.5mm to 12mm, and the thickness of the lining can be determined according to customer requirements. |
Specification of Rubber-lined Seamless Steel Pipe | |||||
Size(mm) | Liner Thickness(mm) | Working Pressure(Mpa) | Pipe Size (mm) | Thickness (mm) | Working Pressure (Mpa) |
φ89x4 | 4mm | 0-6.4 | φ325x8 | 6mm | 0-4 |
φ108x5 | 4mm | 0-6.4 | φ377x9 | 6mm | 0-4 |
φ133x5 | 4mm | 0-6.4 | φ426x9 | 6mm | 0-4 |
φ159x5 | 4mm | 0-4 | φ480x9 | 8mm | 0-2.5 |
φ180x5 | 4mm | 0-4 | φ530x9 | 8mm | 0-2.5 |
φ219x6 | 5mm | 0-4 | φ560x9 | 8mm | 0-2.5 |
φ245x6 | 5mm | 0-4 | φ630x10 | 10mm | 0-2.5 |
Φ273x6.5 | 6mm | 0-4 | φ680x10 | 10mm | 0-2.5 |
1.Steel-rubber composite pipes are classified according to their shapes: straight pipe, elbow, elbow, tee, etc. 2. Steel-rubber composite pipes are classified according to pipe diameter: DN80-DN630.. 3. According to the thickness of the inner lining of the tube: various specifications ranging from 4.5mm to 12mm, and the thickness of the lining can be determined according to customer requirements. |
SHORT BEND | SHORT BEND | SHORT BEND | PUMP HOSE PIPE | RUBEBR STEEL |
SHORT BEND | SHORT BEND | SHORT BEND | PUMP HOSE PIPE | RUBEBR STEEL |
Please provide fullfill the FAQ in below before we do the whole design:
I.PIPELINE OPERATION CONDITION DATA COLLECTION | ||||||||
1-1Pipe type: | □Install New Pipeline | □Replace old Pipe | ||||||
Description on the old pipeline working conditoon | Please describe the old pipeline situation,size, pressure, length( take some photoes of old pipe | |||||||
1-2.Application Poistion | 1-3.Ore type | |||||||
1-4.Ore Hardness/Bond Work Index | 1-5.(Kg/m^3)Ore density | |||||||
1-6.Pipe Pressure(Mpa,Bar) | 1-7.(%)Slurry volume density | |||||||
1-8. Follow Capacity(m^3/h) | 1-9.Pipe size diameter | |||||||
1-10.(Ore slurry particle distribution curve | ||||||||
II.Tracing of Old Pipeline
2-1.when was the old pipe installed?___________________________________________________________________
2-2.when has the pipe been disassembiled?_____________________________________________________________
2-3.Is there any claim on the Installation of old pipe? do you have any new constructive advise on the New Pipe production? Any advise on the New pipe ? please attach your advise herebelow
2-4. Any advise that is collected from the operation procedure of the pipeline? Any advise on the New pipe ? please attach your advise herebelow
2-5.what is the reason for disassembly the old pipe? Any advise on the New pipe ? please attach your advise herebelow
Please provide fullfill the FAQ in below before we do the whole design:
I.PIPELINE OPERATION CONDITION DATA COLLECTION | ||||||||
1-1Pipe type: | □Install New Pipeline | □Replace old Pipe | ||||||
Description on the old pipeline working conditoon | Please describe the old pipeline situation,size, pressure, length( take some photoes of old pipe | |||||||
1-2.Application Poistion | 1-3.Ore type | |||||||
1-4.Ore Hardness/Bond Work Index | 1-5.(Kg/m^3)Ore density | |||||||
1-6.Pipe Pressure(Mpa,Bar) | 1-7.(%)Slurry volume density | |||||||
1-8. Follow Capacity(m^3/h) | 1-9.Pipe size diameter | |||||||
1-10.(Ore slurry particle distribution curve | ||||||||
II.Tracing of Old Pipeline
2-1.when was the old pipe installed?___________________________________________________________________
2-2.when has the pipe been disassembiled?_____________________________________________________________
2-3.Is there any claim on the Installation of old pipe? do you have any new constructive advise on the New Pipe production? Any advise on the New pipe ? please attach your advise herebelow
2-4. Any advise that is collected from the operation procedure of the pipeline? Any advise on the New pipe ? please attach your advise herebelow
2-5.what is the reason for disassembly the old pipe? Any advise on the New pipe ? please attach your advise herebelow