Hume Pipe & RCC Hume Pipe Manufacturers, Wholesalers & Wholesale Price List
Find certified RCC hume pipe manufacturers & wholesalers in India. Check updated hume pipe price list for NP2, NP3 & NP4 class pipes at direct factory rates.
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Working Pressure 250-500 psi Concrete Drainage Pipes, Shape Round, Work Type Civil Work Installation
Concrete Pipe Forms — Steel header and pallets
Concrete Pipes, Size 2 Mtr To 25 Mtr, Brand NA, Pipe Type RCC
Model NameNumber NA, Size 34 inch, 2 inch, 12 inch Stoneware Pipes, Brand ISI, Packaging Type Standard
High Quality Permanently Leakproof Pipe Buttweld Fittings
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Pipe Micro Homes, Diameter 200 mm, UsageApplication Water Drainage
RCC Half Pipe, Material RCC, Color Gray, Unit Pipe Length 6 Feet
Upvc Sewage Pipes, Durable and low maintenance
Color Black, Material Stoneware 2fit Stoneware SW Pipe 300 Mm Dia, Finishing Polished
UsageApplication Nova Formworks Box Culvert Design Drawing Software, UsageApplication Nova Formworks Box, Brand Nova Formworks
Welded Tubes Pipes, Brand REAL DEFECT, Material Mild Steel
Working Pressure 250-500 psi Concrete Drainage Pipes, Shape Round, Work Type Civil Work Installation
Stainless Steel Welded Pipe And Tube, 6 meter, Round, Material Stainless Steel, Brand REAL DEFECT
Sewer Water Pipes, Designed, customize size, suitable
RCC Rubber Rings, Type RCC Rig, Material RCC Rig
Rcc Ring, Material Steel Fiber Reinforced Concrete, Length Or Diameter 3 feet
Available Size 2, 25, 3, 35, 4, 5, 6, 7, 8 Inch, Brand Natraj 40 Mm Rain Pipe, Color Black
Upvc Waste Pipe, Rugged construction & light weight
Type RCC Round Ring, Weight 30 to 40 Kg RCC Ring, Color Gray
Overview of Hume Pipe & RCC Hume Pipe Solutions
In modern civil infrastructure - highway expansion, municipal stormwater drainage and industrial sewerage management, structurally sound and high-load bearing piping conduits are a fundamental requirement. In modern drainage engineering, an rcc hume pipe (Reinforced Cement Concrete Hume Pipe) is considered as the most durable, eco-friendly and cost-effective underground pipeline solution.
Technically, a hume pipe is manufactured using high strength precast cement concrete and high-tensile steel wire cage (spirals and longitudinals) by centrifugal spinning or vibrated casting process. Due to centrifugal force, the concrete mix settles down against the inner walls of the mold under extreme pressure. This process eliminates air voids and achieves high compaction resulting in pipe wall with exceptional structural compressive strength and tensile load capacity.
In National Highway Authority of India (NHAI) projects, municipal drainage networks, cross drainage culverts, railway underpasses and industrial Effluent Treatment Plants (ETP), the standard plain concrete pipes often fail. To withstand heavy rolling wheel loads and soil pressure in such environments, the installation of IS 458 certified rcc hume pipe units are mandatory.
At Mayo World, we tap in to civil contractors, EPC firms, builders and government tender buyers directly with top-rated and certified hume pipe manufacturers, regional suppliers and precast concrete wholesalers across India to help you procure material at direct ex-factory rates.
1. IS 458:2021 Technical Classifications of RCC Hume Pipe
According to the Bureau of Indian Standards (IS 458:2021), rcc hume pipe models are classified based on their load-bearing capacity, internal hydrostatic pressure, steel reinforcement weight, and installation environment:
Pipe Class | Class Designation | External Load / Traffic Conditions | Primary Application Areas | Available Bore Diameters |
|---|---|---|---|---|
NP1 Class | Non-Pressure Unreinforced | Very light / No vehicular load | Surface drainage, agricultural fields, non-traffic zones | 100 mm to 600 mm |
NP2 Class | Light-Duty Reinforced | Light vehicular traffic & shallow cover | Minor road drainage, pedestrian pathways, field channels | 100 mm to 1800 mm |
NP3 Class | Medium-Duty Heavy Traffic | Heavy rolling traffic (Highways / Avenues) | State & National highway culverts, municipal storm drains | 150 mm to 2200 mm |
NP4 Class | Heavy-Duty Extra Load | Extreme impact & heavy earth fill | Railway embankments, airport runways, deep sewer mains | 300 mm to 2500 mm |
P1 / P2 / P3 | Pressure Pipe Class | Internal hydrostatic head (up to 0.6 MPa) | Pumping mains, water supply lines, high-head conduits | 80 mm to 1200 mm |
Class Selection Guidelines for Civil Engineers:
NP2 Hume Pipe: Suited for lightly trafficked roads or shallow depths close to the ground surface.
NP3 Hume Tube: Standard cross drain for highways and city roads. Resists earth embankments and the weight of heavy trucks without cracking.
NP4 Hume Pipe: Recommended only for highly specialized structures such as railway formations, container yards, taxiways for airports and deep trenches.
2. Hume Pipe Price List 2026 (Updated B2B Wholesale Market Benchmark)
The wholesale cost of a hume pipe or rcc hume pipe depends on several technical parameters: internal diameter (mm/inches), pipe class (NP2/NP3/NP4), concrete grade (M25 to M40), steel reinforcement density (kg per meter), and plant-to-site transportation freight.
The rate chart below reflects current average wholesale price benchmarks in the Indian B2B market:
Nominal Diameter (Bore Size) | Class | Average Pipe Length | Estimated Wholesale Price (per Meter)* | Estimated Price (per 2.5m Piece)* |
|---|---|---|---|---|
150 mm (6 inch) | NP2 / NP3 | 2.0 to 2.5 Meters | ₹150 – ₹285 / m | ₹375 – ₹700 / Pc |
300 mm (12 inch) | NP2 | 2.5 Meters | ₹350 – ₹480 / m | ₹875 – ₹1,200 / Pc |
300 mm (12 inch) | NP3 / NP4 | 2.5 Meters | ₹630 – ₹1,400 / m | ₹1,575 – ₹3,500 / Pc |
450 mm (18 inch) | NP2 | 2.5 Meters | ₹780 – ₹870 / m | ₹1,950 – ₹2,175 / Pc |
450 mm (18 inch) | NP3 / NP4 | 2.5 Meters | ₹1,200 – ₹1,712 / m | ₹3,000 – ₹4,280 / Pc |
600 mm (24 inch) | NP2 | 2.5 Meters | ₹1,200 – ₹1,350 / m | ₹3,000 – ₹3,375 / Pc |
600 mm (24 inch) | NP3 / NP4 | 2.5 Meters | ₹1,920 – ₹2,800 / m | ₹4,800 – ₹7,000 / Pc |
900 mm (36 inch) | NP3 / NP4 | 2.5 Meters | ₹2,800 – ₹5,040 / m | ₹7,000 – ₹12,600 / Pc |
1200 mm (48 inch) | NP3 / NP4 | 2.5 Meters | ₹2,272 – ₹5,500 / m | ₹5,680 – ₹13,750 / Pc |
1500 mm (60 inch) | NP4 Heavy | 2.5 Meters | ₹6,000 – ₹10,000 / m | ₹15,000 – ₹25,000 / Pc |
*Note: Prices are indicative base rates (18% GST and local crane loading/freight are extra). Manufacturers offer volume discounts on bulk order quantities.
3. Manufacturing Process: Centrifugal Spinning vs. Vertical Vibration Casting
In modern precast concrete manufacturing plants, a hume pipe or rcc hume pipe is produced using two primary methods :
1. Centrifugal Spinning (Traditional Hume Process)
The method involves placing a high tensile helical steel cage in a horizontal steel cylinder. The plant then proceeds to charge the mix (cement, sand, coarse aggregate, water) into the cylinder while the machine is spinning at a high speed.
The advantage of this process is that the centrifugal force causes concrete consolidation with an even finish on the inner surface of the pipe. In addition, the excess paste is forced towards the center of the cylinder where it is lost together with water resulting in a smooth inner bore.
2. Vertical Vibration Casting (Modern Precast Method)
The casting process takes place in a vertical axis by using a hydraulic system to vibrate the concrete mix under pressure to consolidate it into the desired shape.
The main advantage of the method is the ability to produce pipes with complex joint detailing such as rubber ring spigot and socket joints with a high production rate.
4. Technical Advantages of RCC Hume Pipe Over Flexible Pipes
Civil contractors frequently evaluate flexible plastic alternatives (such as HDPE, DWC corrugated pipes, or PVC) against rigid precast concrete conduits. Here is why an rcc hume pipe remains the primary choice for industrial infrastructure:
Unmatched Beam & Compressive Strength: Plastic pipes exhibit ring deflection (buckling) under lateral earth loads while an rcc hume pipe behaves as a rigid beam distributing earth cover and live wheel loads as self-supporting arches.
Superior Fire & Thermal Resistance: In case of accidental oil spillage or fires along highways/chemical drainage routes, PVC/HDPE pipes may well melt leading to road collapse. Concrete pipes are non-combustible and retains structural integrity at elevated temperatures.
High Hydraulic Flow Capacity: The smooth inner concrete surface produced by centrifugal spinning maintain low friction head (Manning's roughness coefficient $n \approx 0.012$), resulting in rapid flushing of rain water and sewage.
Long Life Expectancy (100+ Years): High-density concrete mix design (minimum cement content $450 kg/m $ as per IS 458) is resistant to soil acidity, sulfates in ground-water and abrasion for decades.
Also Read : RCC pipes — Cylindrical Shaped construction
5. Critical Installation & Bedding Specifications
Pipeline failures are rarely caused by pipe defects; they most commonly occur due to improper trenching and bedding conditions. According to IS 783 (Code of practice for laying concrete pipes), the following steps should be implemented :
Trench Excavation : A trench width should be 300 mm to 600 mm more than the diameter of the pipe to facilitate good compaction on either side of the pipe.
Bedding (Class B/ Class A) :
Bedding of granular material (Class B): A layer of 100 mm – 150 mm of well-graded crushed stone gravel of 10 mm to 20 mm size shall be laid on the trench bottom.
Bedding with concrete cradle (Class A): When laying the pipes in deep trenches or on ground with low bearing capacity, a U-shaped lean concrete (M10/ M15) cradle is cast at the level of the top of the pipe.
Jointing :
Collar joints: For collar joints, concrete collars are provided over the flush ended pipes and joints are made gas tight by cement sand mortar (1:2).
Spigot & Socket joints: For drainage and sewerage works, water stoppers of rubber rings conforming to IS 5382 are provided to make 100% leak-proof and flexible joints.
6. Quality Testing & Inspection Checklist (IS 458 Benchmarks)
B2B buyers and site engineers should verify factory test reports prior to dispatch:
Three-Edge Bearing Test (Crushing Strength): The ultimate crushing load was applied to the pipe by using a hydraulic press to ensure that the pipe can withstand the class kN/m indicated on the nameplate without cracks.
Hydrostatic Pressure Test: The pressure pipes P1/P2 or NP3/NP4 were subjected to a certain water pressure (0.07MPa~0.6MPa) for 15~30 minutes to examine the pipe’s ability to resist pressure.
Dimensional Tolerance Test: The tolerance of the barrel’s wall thickness, the inner diameter (usually += 3 to +=5 mm, and the effective length were tested.
7. B2B Procurement Checklist for Infrastructure Projects
BOQ & Tender Alignment: Check municipal drawings or NHAI specifications whether it requires NP2, NP3 or NP4 class of Pipes. Do not use NP1 non reinforced pipes for laying under traffic roads.
BIS / IS Mark Verification: Get the IS 458:2021 License Number (CML Number) of the supplier along with latest test reports from a NABL accredited lab.
Transportation & Crane Unloading: Precast concrete pipes are very heavy (a 1200mm NP3 pipe would weigh around 1.8 to 2.2 tons per piece) so make sure that you have facility of hydra cranes or JCB at the job site before the date of delivery.
Procurement Callout for Civil Contractors & Builders:
Access the Mayo World online portal to get direct factory rates for bulk procurement needs. Get customized instant quotations, deal with verified hume pipe manufacturers and compare the latest rcc hume pipe price list options.
