• Malleable Iron Pipe Fitting Hot Dipped Galvanized on Sale System 1
  • Malleable Iron Pipe Fitting Hot Dipped Galvanized on Sale System 2
  • Malleable Iron Pipe Fitting Hot Dipped Galvanized on Sale System 3
Malleable Iron Pipe Fitting Hot Dipped Galvanized on Sale

Malleable Iron Pipe Fitting Hot Dipped Galvanized on Sale

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
10 m.t.
Supply Capability:
5000 m.t./month

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1. hydraulic hose crimping machine in Electrical equipment&supplies

Specifications

High pressure hose to the winding wire matrix, skin coated refractory coating layer steel braided flame retardant layer 

APPLICATIONS:It is mainly used in high temperature surroundings and in conditions having heat source or heat radiation source,such as oil field well-control,metal smelt,and chemical industry.

Inner Diameter of Hose mm

Inside Diameter
(mm)

Reinforcement Diameter (mm)

Outside Diameter (mm)

Work Pressure (MPa)

Proof Pressure (MPa)

Minimum Explosive Pressure (MPa)

Minimum Bending Radius mm

Refractory °C

Mpa

Psi

MPa

Psi

Mpa

Psi

φ13(1/2")

13±0.5

22.2±0.8

44±1.06

43

6230

64.5

9435

86

12460

230

750

φ16(5/8")

16±0.5

26±0.8

47±1.5

38

5506

57

8259

76

11012

260

750

φ19(3/4")

19±0.5

30±0.8

52±1.5

34.5

4999

51.75

7498

69

9998

300

750

φ25(1")

25±0.8

36±0.8

59±1.5

27.5

3984

41.25

5976

55

7968

360

750

φ32(5/4")

32±0.8

44±0.8

69±2.0

20.5

2970

30.75

4455

41

5940

470

750

φ38(3/2")

38±1.0

76±2.0

87.2±5.1

17

2463

25.5

3694

34

4926

570

750

φ51(2")

51±1.0

91±2.0

100.7±5.1

17

2463

25.5

3695

34

4926

740

750

 

 

2. Antiflaming,fire-resistance rubber hose assembly

Specifications

High pressure hose to the winding wire matrix, skin coated refractory coating layer steel braided flame retardant layer and laye 

APPLICATIONS:It is mainly used in high temperature surroundings and in conditions having heat source or heat radiation source,such as oil field well-control,metal smelts,and chemical industry

Inner Diameter of Hose mm

Inside Diameter
(mm)

Reinforcement Diameter (mm)

Outside Diameter (mm)

Work Pressure (MPa)

Proof Pressure (MPa)

Minimum Explosive Pressure (MPa)

Minimum Bending Radius mm

Refractory °C

Mpa

Psi

MPa

Psi

Mpa

Psi

φ13(1/2")

13±0.5

22.2±0.8

44±1.06

43

6230

64.5

9435

86

12460

230

750

φ16(5/8")

16±0.5

26±0.8

47±1.5

38

5506

57

8259

76

11012

260

750

φ19(3/4")

19±0.5

30±0.8

52±1.5

34.5

4999

51.75

7498

69

9998

300

750

φ25(1")

25±0.8

36±0.8

59±1.5

27.5

3984

41.25

5976

55

7968

360

750

φ32(5/4")

32±0.8

44±0.8

69±2.0

20.5

2970

30.75

4455

41

5940

470

750

φ38(3/2")

38±1.0

76±2.0

87.2±5.1

17

2463

25.5

3694

34

4926

570

750

φ51(2")

51±1.0

91±2.0

100.7±5.1

17

2463

25.5

3695

34

4926

740

750

 

3. hydraulic hose Universal Wire-braided DN6

Quick Details

·         Place of Origin: Hebei, China (Mainland)

·         Brand Name: CMAX/CNBM

·         Model Number: GB/T3683-92

Packaging & Delivery

Packaging Details:

hydraulic hose is wrapped with fabrics

Delivery Detail:

80000meters/30days

Specifications

Universal Wire-braided Hydraulic Hose, Q/FLT01-AStandard GB/T3683-92, Temperature range: -40 to +100 

Universal Wire-braided Hydraulic Hose 
Q/FLT01-AStandard GB/T3683-92 
Tube: oil resistant synthetic rubber
Reinforcement: 1 W/B (one high tensile steel wire braid)
Cover: abrasion and weather resistant synthetic rubber 
Temperature range: -40 to +100.

 

4. Drilling Rubber Hose

Quick Details

·         Place of Origin: Hebei, China (Mainland)

·         Brand Name: CMAX/CNBM

Packaging & Delivery

Packaging Details:

Package: plastic films, then wrapped with fabrics

Delivery Detail:

According to the Quantity

Specifications

Drilling hose 

DN

 

Hose I.D

Wire O.D

 

Hose O.D

 

Working Pressure

Burst Pressure

Minimum Bend Radius

Weight

Length

inch

mm

mm

 

mm

MPa

psi

MPa

psi

mm

kg/m

metres

5

3/16

4.8

9.5

11.8

25.0

3630

100.0

14280

89

0.19

50/100

6

1/4

6.4

11.1

13.4

22.5

3270

90.0

12840

102

0.21

50/100

8

5/16

7.9

12.7

15.0

21.5

3120

85.0

12280

114

0.24

50/100

10

3/8

9.5

15.1

17.4

18.0

2615

72.0

10280

127

0.33

50/100

13

1/2

12.7

18.3

20.6

16.0

2320

64.0

9180

178

0.41

50/100

16

5/8

15.9

21.4

23.7

13.0

1890

52.0

7420

203

0.45

50/100

19

3/4

19.0

25.4

27.7

10.5

1530

42.0

6000

241

0.58

50/100

25

1

25.4

33.3

35.6

8.8

1280

35.0

5020

305

0.88

50

32

11/4

31.8

40.5

43.5

6.3

920

25.0

3600

419

1.23

20/40

38

11/2

38.1

46.8

50.6

5.0

730

20.0

2860

508

1.51

20/40

51

2

50.8

60.2

64.0

4.0

580

16.0

2280

 

5. Concrete pump rubber hose

Quick Details

·         Place of Origin: Hebei, China (Mainland)

·         Brand Name: CMAX/CNBM

Packaging & Delivery

Packaging Details:

Package: plastic films, then wrapped with fabrics

Delivery Detail:

According to the Quantity

Specifications

Specifications 
High Quality Concrete Pump Delivery Rubber Hose 
1.high quality 
2.ISO9001:2008 
3.reasonable price 

 

1. Material: Black NR and BR  synthetic rubber .

 

2.Reinforcement:Spiral textile/steel wire.

 

3. Widely application: Schwing PM SANY Zoomlion and other brand concrete pump trucks.

 

4.Cover:Abrasion resistantant,heat and ozone resistant.

 

5.Inside diameter:50-152mm

 

6.Working pressure:8.5 MPA.

 

7.Detailed specification:

No

Description

ID

OD

Plies

Working Pressure

Burst Pressure

Weight

1

2 inch

50mm

70mm

2

8.5MPA 1200PSI

20MPA 3000PSI

3.5kgs

2

2.5 inch

63mm

88mm

2

8.5MPA 1200PSI

20MPA 3000PSI

4.9kgs

3

3 inch

76mm

102mm

2

8.5MPA 1200PSI

20MPA 3000PSI

6.5kgs

4

4 inch

100mm

130mm

2

8.5MPA 1200PSI

20MPA 3000PSI

9.3kgs

5

5 inch

125mm

155mm

2 or 4

8.5MPA 1200PSI

20MPA 3000PSI

10.9kgs

6

6 inch

152mm

184mm

2

8.5MPA 1200PSI

20MPA 3000PSI

13.3kgs

 

Malleable Iron Pipe Fitting Hot Dipped Galvanized on Sale

Malleable Iron Pipe Fitting Hot Dipped Galvanized on Sale


Q:Does the cast iron pipe need separate corrosion protection?
The pipe has been antirust in the production process and can be used directly
Q:Can ductile iron pipes be used in nuclear power plants?
Yes, ductile iron pipes can be used in nuclear power plants. Ductile iron is a type of cast iron that has improved flexibility and strength compared to traditional cast iron pipes. These pipes are known for their durability, corrosion resistance, and ability to withstand high pressure and temperature conditions. In nuclear power plants, where there is a need for a reliable and robust piping system to transport water, coolant, and other fluids, ductile iron pipes can be a suitable choice. However, it is important to note that the specific requirements and regulations of each nuclear power plant should be considered before selecting the pipe material. Proper testing, certification, and compliance with nuclear industry standards should be ensured to guarantee the safe and efficient operation of the power plant.
Q:Can ductile iron pipes be used for underground chemical transport systems?
Due to their strength, durability, and resistance to corrosion, ductile iron pipes are commonly utilized in a variety of applications. However, when considering their use in underground chemical transport systems, it is crucial to take certain factors into account. Firstly, it is necessary to evaluate the type of chemicals being transported. Although ductile iron pipes are generally resistant to a wide range of chemicals, including acids, alkalis, and organic solvents, there are some chemicals that can cause corrosion or react with the iron content of the pipes, leading to degradation and potential leakage. Therefore, it is essential to assess chemical compatibility and seek advice from chemical engineers or experts to determine if ductile iron pipes are suitable for specific chemical transport applications. Secondly, the concentration and temperature of the chemicals must be considered. Elevated temperatures and high concentrations of certain chemicals can accelerate the corrosion process, potentially compromising the integrity of the pipes. Therefore, it is crucial to evaluate the operating conditions and ensure that the ductile iron pipes can withstand the chemical concentration and temperature levels. Furthermore, the potential presence of abrasive or erosive chemicals needs to be taken into consideration. If the transported chemicals contain abrasive particles or possess erosive properties, it may cause increased wear and tear on the inner surface of the pipes, reducing their lifespan and potentially leading to leaks. In such cases, it may be more appropriate to use alternative materials with higher resistance to abrasion or erosion. Lastly, it is important to adhere to relevant regulations and standards. Different countries or regions may have specific requirements for underground chemical transport systems, including the selection of materials. Therefore, it is crucial to ensure that ductile iron pipes meet the necessary standards and are approved for use in such applications. In conclusion, while ductile iron pipes have many desirable properties for various applications, including underground use, their suitability for chemical transport systems is dependent on several factors. Before deciding to use ductile iron pipes for underground chemical transport systems, it is essential to carefully evaluate chemical compatibility, concentration and temperature levels, the presence of abrasive or erosive chemicals, and compliance with regulations. Seeking guidance from experts in the field is highly recommended to ensure the safety and effectiveness of the chosen piping material.
Q:How do ductile iron pipes handle thermal expansion and contraction?
Ductile iron pipes are specifically designed to handle thermal expansion and contraction effectively. Due to their unique composition and structure, which includes graphite nodules in the iron matrix, these pipes have the ability to accommodate temperature variations without significant damage or distortion. The graphite nodules act as flexible joints, allowing the pipe to expand and contract without cracking or breaking. This characteristic makes ductile iron pipes highly resistant to the stresses caused by thermal fluctuations, ensuring their long-term durability in various temperature environments.
Q:Are ductile iron pipes suitable for use in oil refineries?
Yes, ductile iron pipes are suitable for use in oil refineries. Ductile iron is a type of cast iron that offers a unique combination of strength, durability, and flexibility, making it an excellent choice for various applications, including oil refineries. One of the key advantages of ductile iron pipes is their high tensile strength, allowing them to withstand the high pressure and stress commonly found in oil refining processes. This strength is crucial for the transportation of various fluids, including crude oil, refined petroleum products, and chemicals within the refinery. Additionally, ductile iron pipes have excellent corrosion resistance properties, making them highly resistant to the corrosive effects of oil, chemicals, and other substances typically present in oil refineries. This corrosion resistance ensures the longevity and reliability of the pipes, reducing the need for frequent maintenance and replacement. Furthermore, ductile iron pipes have exceptional ductility, which means they can absorb and withstand significant impacts and vibrations without fracturing or breaking. This quality is advantageous in oil refineries where there may be frequent movement or potential stressors due to machinery, equipment, or ground settlement. Moreover, ductile iron pipes have a smooth interior surface that reduces friction, allowing for efficient fluid flow and minimizing pressure loss. This characteristic is essential in oil refineries, as it helps optimize the transportation of fluids, ensuring a smooth and reliable production process. In conclusion, ductile iron pipes are suitable for use in oil refineries due to their high tensile strength, corrosion resistance, ductility, and smooth interior surface. These pipes provide a reliable and durable solution for transporting various fluids within the refinery, contributing to the efficient and safe operation of oil refining processes.
Q:Can ductile iron pipes be made of flexible waterproof sleeves?
Usually, a bushing is used to make a pool. It is the conduit to the sink. However, the common casing is difficult to seal so that there is water leakage between the casing and the pipe and water leakage between the casing and the wall. Only the waterproof sleeve can solve the water leakage between the casing and the wall, but it can not solve the seal between the casing and the pipe, and the flexible waterproof bushing can solve two problems.
Q:How do ductile iron pipes perform in seismic zones?
Ductile iron pipes perform well in seismic zones due to their inherent strength and flexibility. They are capable of withstanding ground movements and vibrations during seismic events without fracturing or breaking. The ductility of the material allows the pipes to absorb and distribute the seismic energy, reducing the risk of damage or failure. Additionally, their joint design and installation techniques ensure stability and integrity, further enhancing their performance in seismic zones.
Q:Are ductile iron pipes resistant to soil movement?
Indeed, soil movement poses no threat to ductile iron pipes. These pipes boast an impressive tensile strength, enabling them to withstand external forces like soil movement. Specifically engineered for flexibility, they possess the ability to absorb and distribute stresses stemming from ground settlement or other soil movements. Moreover, their robust construction allows them to resist the compressive forces exerted by the surrounding soil. Consequently, ductile iron pipes represent a dependable and enduring option for underground pipelines, ensuring long-term stability and safeguarding against soil movement.
Q:What's the difference between cast iron pipe and steel pipe?
Steel tube (Steel pipe) production technology development began in the bicycle manufacturing industry, the rise of the early nineteenth Century during the oil development, the two world war ships, boilers, aircraft manufacturing, manufacturing of power boiler after the Second World War, the development of chemical industry of petroleum and natural gas drilling and transportation, will effectively promote the the yield and quality of varieties, the development of steel tube industry.
Q:What is the process of fusion bonding for ductile iron pipes?
Fusion bonding for ductile iron pipes is a process that involves heating the pipes to a specific temperature and then applying pressure to fuse the ends of two pipes together. This creates a strong and durable bond between the pipes, ensuring a leak-proof connection. The fusion bonding process is commonly used in the construction and maintenance of underground water and sewer systems.

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