| Quantity: | |
|---|---|
Product Parameters
| 1 | Type: | The T-type Joint Pipe (Push-on) |
| The K-type Joint Pipe | ||
| The Self-Restrained Joint Pipe | ||
| 2 | Standard: | ISO2531, EN545, EN598,etc |
| 3 | Size: | DN80~2600mm ( T-type Joint Pipe) |
| DN1200~2600mm ( K-type Joint Pipe) | ||
| DN80~1600mm (Self-Restrained Joint Pipe) | ||
| 4 | Thickness: | K9, K8, Class C |
| 5 | Length: | 6m, cut to 5.7m |
| 6 | Certificate: | ISO9001, BV, WRAS, SGS |
7 | Internal Coating: | a). Portland cement mortar lining |
| b). Sulphate Resistant cement mortar lining | ||
| c). High-Aluminum cement mortar lining | ||
| d). Fusion bonded epoxy coating | ||
| e). Liquid epoxy painting | ||
| f). Black bitumen painting | ||
8 | External Coating: | a). Zinc + bitumen painting |
| b). Fusion bonded epoxy coating | ||
| c). Zinc-aluminum alloy + liquid epoxy painting | ||
| 9 | Packing: | Pipes which diameter under 300mm are bundled with steel belts, Others in bulk |
Product Advantages
1. Enhanced Flow Efficiency
An exceptionally smooth internal lining minimizes friction, ensuring optimal flow rates and lower pumping costs. This advanced lining also resists buildup and wear, maintaining high hydraulic efficiency and making the pipes suitable for demanding applications.
2. High Strength and Pressure Resistance
These pipes combine the corrosion resistance of cast iron with the mechanical strength of steel. This ductile composition provides superior resistance to high internal pressure and heavy external loads, ensuring reliability under challenging operational conditions.
3. Easy and Efficient Installation
Featuring flexible socket joints that permit angular deflection, these pipes simplify installation, especially on uneven terrain or around obstacles. This flexibility reduces the need for extra fittings, speeding up construction and lowering overall project costs.
4. Outstanding Corrosion Resistance
A multi-layered system, combining the pipe's inherently durable material with advanced internal and external coatings, provides comprehensive protection. This synergistic defense ensures exceptional resistance to corrosion, leading to a long underground service life and sustained reliability.
Product Display
Application of the Product
The robust construction and superior material properties of the K9 Ductile Iron Pipe make it the premier choice for a wide array of critical infrastructure and demanding engineering projects. Its applications span across multiple sectors, where reliability, strength, and long-term performance are paramount.
1. Municipal & Public Works
As the backbone of urban infrastructure, K9 pipes are extensively used for:
Water Supply & Distribution: Ideal for high-pressure water transmission mains that carry potable water from treatment plants to communities. Their strength ensures system integrity and prevents leaks, safeguarding public health.
Buried Drainage & Sewage Systems: The pipe's high load-bearing capacity (crush resistance) makes it perfect for deep-buried gravity sewer lines and stormwater drainage networks located beneath city streets, ensuring decades of service without failure.
2. Transportation Infrastructure
In environments with heavy, constant loads and vibration, K9 pipes provide unmatched durability for:
Road & Highway Engineering: Used for sub-surface drainage and culverts along highways and roads, preventing waterlogging, soil erosion, and damage to the road foundation from heavy traffic.
Railway Projects: Installed as seepage and drainage pipes along railway tracks to maintain the stability of the trackbed and ensure safe train operations.
Major Hubs (Airports, Ports & Wharfs): Essential for constructing large-scale drainage and sewage networks capable of handling enormous volumes of surface water runoff and wastewater generated by airports and port facilities.
3. Industrial & Building Engineering
The pipe's resistance to corrosion and physical damage makes it suitable for facility-specific needs:
Industrial Plants: Widely specified for process water lines and the disposal of industrial sewage and effluents, which may be corrosive or at high temperatures. The pipe's toughness withstands the harsh conditions of an industrial site.
Commercial & Residential Buildings: Used for vertical rainwater downpipes (rain pipes), underground drainage networks, building sewer connections, and durable ventilation stacks, meeting stringent building codes for safety and longevity.
4. Specialized Applications
The versatility of K9 Ductile Iron Pipe allows it to excel in niche roles:
Hydraulic & Agricultural Engineering: Employed in large-scale water management projects, including raw water intake pipes for reservoirs, main lines for irrigation systems in farms and orchards, and critical water transmission conduits for hydropower stations. Specialized coatings also make it suitable for seawater transport in desalination or coastal projects.
Mining Operations: In the extreme environment of a mine, these pipes serve multiple functions: ventilation and air supply shafts, mine dewatering and drainage, abrasive slurry transport pipes, and as robust protective conduits for communication cables and fiber optics.
Sports Venues: Installed in high-value locations like golf courses and football fields for highly efficient sub-surface drainage systems that keep turf healthy and playable, while being strong enough to resist damage from heavy maintenance equipment.
Packaging & Shipping
FAQs
1. What does the "K9" in the product name mean?
A: "K9" is an ISO standard classification for a thicker, stronger pipe wall, designed for high-pressure and heavy-load applications.
2. Where are K9 Ductile Iron Pipes primarily used?
A: They are mainly used for critical infrastructure like municipal water and sewage mains, industrial pipelines, and heavy-duty drainage systems under roads and at airports.
3. How do these pipes achieve such a long service life and resist corrosion?
A: Through a dual-protection system: the inherently durable ductile iron material is combined with robust internal and external anti-corrosion coatings to ensure a very long service life.
4. Why is ductile iron stronger than traditional cast iron?
A: Its internal graphite structure is spheroidal (rounded) instead of flaky. This prevents cracking under stress and gives the pipe steel-like strength and flexibility.
5. Is the installation of K9 DI pipes difficult and expensive?
A: No, they are designed for fast installation. Their flexible socket joints allow the pipe to be angled easily, which speeds up construction and lowers costs.
Product Parameters
| 1 | Type: | The T-type Joint Pipe (Push-on) |
| The K-type Joint Pipe | ||
| The Self-Restrained Joint Pipe | ||
| 2 | Standard: | ISO2531, EN545, EN598,etc |
| 3 | Size: | DN80~2600mm ( T-type Joint Pipe) |
| DN1200~2600mm ( K-type Joint Pipe) | ||
| DN80~1600mm (Self-Restrained Joint Pipe) | ||
| 4 | Thickness: | K9, K8, Class C |
| 5 | Length: | 6m, cut to 5.7m |
| 6 | Certificate: | ISO9001, BV, WRAS, SGS |
7 | Internal Coating: | a). Portland cement mortar lining |
| b). Sulphate Resistant cement mortar lining | ||
| c). High-Aluminum cement mortar lining | ||
| d). Fusion bonded epoxy coating | ||
| e). Liquid epoxy painting | ||
| f). Black bitumen painting | ||
8 | External Coating: | a). Zinc + bitumen painting |
| b). Fusion bonded epoxy coating | ||
| c). Zinc-aluminum alloy + liquid epoxy painting | ||
| 9 | Packing: | Pipes which diameter under 300mm are bundled with steel belts, Others in bulk |
Product Advantages
1. Enhanced Flow Efficiency
An exceptionally smooth internal lining minimizes friction, ensuring optimal flow rates and lower pumping costs. This advanced lining also resists buildup and wear, maintaining high hydraulic efficiency and making the pipes suitable for demanding applications.
2. High Strength and Pressure Resistance
These pipes combine the corrosion resistance of cast iron with the mechanical strength of steel. This ductile composition provides superior resistance to high internal pressure and heavy external loads, ensuring reliability under challenging operational conditions.
3. Easy and Efficient Installation
Featuring flexible socket joints that permit angular deflection, these pipes simplify installation, especially on uneven terrain or around obstacles. This flexibility reduces the need for extra fittings, speeding up construction and lowering overall project costs.
4. Outstanding Corrosion Resistance
A multi-layered system, combining the pipe's inherently durable material with advanced internal and external coatings, provides comprehensive protection. This synergistic defense ensures exceptional resistance to corrosion, leading to a long underground service life and sustained reliability.
Product Display
Application of the Product
The robust construction and superior material properties of the K9 Ductile Iron Pipe make it the premier choice for a wide array of critical infrastructure and demanding engineering projects. Its applications span across multiple sectors, where reliability, strength, and long-term performance are paramount.
1. Municipal & Public Works
As the backbone of urban infrastructure, K9 pipes are extensively used for:
Water Supply & Distribution: Ideal for high-pressure water transmission mains that carry potable water from treatment plants to communities. Their strength ensures system integrity and prevents leaks, safeguarding public health.
Buried Drainage & Sewage Systems: The pipe's high load-bearing capacity (crush resistance) makes it perfect for deep-buried gravity sewer lines and stormwater drainage networks located beneath city streets, ensuring decades of service without failure.
2. Transportation Infrastructure
In environments with heavy, constant loads and vibration, K9 pipes provide unmatched durability for:
Road & Highway Engineering: Used for sub-surface drainage and culverts along highways and roads, preventing waterlogging, soil erosion, and damage to the road foundation from heavy traffic.
Railway Projects: Installed as seepage and drainage pipes along railway tracks to maintain the stability of the trackbed and ensure safe train operations.
Major Hubs (Airports, Ports & Wharfs): Essential for constructing large-scale drainage and sewage networks capable of handling enormous volumes of surface water runoff and wastewater generated by airports and port facilities.
3. Industrial & Building Engineering
The pipe's resistance to corrosion and physical damage makes it suitable for facility-specific needs:
Industrial Plants: Widely specified for process water lines and the disposal of industrial sewage and effluents, which may be corrosive or at high temperatures. The pipe's toughness withstands the harsh conditions of an industrial site.
Commercial & Residential Buildings: Used for vertical rainwater downpipes (rain pipes), underground drainage networks, building sewer connections, and durable ventilation stacks, meeting stringent building codes for safety and longevity.
4. Specialized Applications
The versatility of K9 Ductile Iron Pipe allows it to excel in niche roles:
Hydraulic & Agricultural Engineering: Employed in large-scale water management projects, including raw water intake pipes for reservoirs, main lines for irrigation systems in farms and orchards, and critical water transmission conduits for hydropower stations. Specialized coatings also make it suitable for seawater transport in desalination or coastal projects.
Mining Operations: In the extreme environment of a mine, these pipes serve multiple functions: ventilation and air supply shafts, mine dewatering and drainage, abrasive slurry transport pipes, and as robust protective conduits for communication cables and fiber optics.
Sports Venues: Installed in high-value locations like golf courses and football fields for highly efficient sub-surface drainage systems that keep turf healthy and playable, while being strong enough to resist damage from heavy maintenance equipment.
Packaging & Shipping
FAQs
1. What does the "K9" in the product name mean?
A: "K9" is an ISO standard classification for a thicker, stronger pipe wall, designed for high-pressure and heavy-load applications.
2. Where are K9 Ductile Iron Pipes primarily used?
A: They are mainly used for critical infrastructure like municipal water and sewage mains, industrial pipelines, and heavy-duty drainage systems under roads and at airports.
3. How do these pipes achieve such a long service life and resist corrosion?
A: Through a dual-protection system: the inherently durable ductile iron material is combined with robust internal and external anti-corrosion coatings to ensure a very long service life.
4. Why is ductile iron stronger than traditional cast iron?
A: Its internal graphite structure is spheroidal (rounded) instead of flaky. This prevents cracking under stress and gives the pipe steel-like strength and flexibility.
5. Is the installation of K9 DI pipes difficult and expensive?
A: No, they are designed for fast installation. Their flexible socket joints allow the pipe to be angled easily, which speeds up construction and lowers costs.
