Drainage Pipe Mold
Your Professional Drainage Pipe Mold Supplier
The company is committed to providing high-quality cement product molds for many enterprises at home and abroad. Over the years, with a professional technical team, strict quality control and unremitting pursuit of innovation, it has established a good reputation in the industry.It has successively produced: cement pipe molds, septic tank molds, inspection well molds, retaining wall molds, box culvert molds, bridge slab molds, rainwater collection well molds, cable trench and canal molds, and various special-shaped component molds.
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Why Choose Us
Quality Assurance
For more than 20 years, the company has always adhered to innovation and development, continuously introduced advanced production technologies and equipment to improve production efficiency and product quality.
Production Equipment
Equipment produced by the company is Laser cutting machine, lathe, milling edge machine, milling machine, plate rolling machine, round rolling machine, bending machine, shearing machine, press machine, welding machine, sawing machine, wire cutting, plasma cutting.
Production Market
The company In China, it covers the eastern, central, western and northeastern regions. Internationally, products are exported to Asia, Africa, Europe and other places.
Our Service
Our team of experts will recommend the most suitable products according to customer needs and provide detailed consultation, we ensure timely delivery, and we provide long-term service support.
Types of Drainage Pipe Mold
Core and Jacket Molds
One of the most widely used systems in concrete pipe manufacturing, core and jacket molds consist of two primary components: an inner core and an outer jacket.
Tapered Molds
Designed to produce conical or funnel-shaped drainage pipes, tapered molds create pipes with varying diameters along their length—narrow at one end and wider at the other. This unique geometry facilitates gradual water flow transitions, reduces turbulence, and improves hydraulic efficiency in complex drainage networks.
Half Molds
Half molds are used to fabricate semicircular or open-bottom concrete drainage channels, commonly known as "half-pipes" or trench drains. These molds form two identical halves that are cast separately and then joined or used independently as linear drainage solutions along roadsides, driveways, and agricultural fields.
Flexible Molds
Flexible molds are innovative, adaptable forms made from resilient materials like reinforced rubber, silicone, or composite polymers. These molds can be reshaped, resized, or reconfigured to produce a variety of pipe diameters and lengths without needing multiple fixed molds, offering unmatched versatility for custom or small-batch projects.
Specification
|
Item |
Content |
|
Diameter Range |
DN200mm - DN1500mm (non-standard customization available) |
|
Standard Length |
3m / 4m / 5m (customizable 1m - 6m) |
|
Wall Thickness |
40mm - 180mm (pressure-classified design) |
|
Joint Type |
Flanged / Socket-end (with gasket groove) / Welded (GB/T 12772 compliant) |
Step-by-Step Process for Using Drainage Pipe Mold
Setup and Mold Preparation
Begin by positioning the drainage mold on a flat, stable surface to ensure dimensional accuracy and structural integrity of the final product. An uneven base can lead to warping or cracking during curing.
Mixing the Concrete
Prepare a concrete mix tailored to the application. While standard concrete may suffice for light-duty uses, high-strength concrete is recommended for precast drainage elements exposed to heavy loads, freeze-thaw cycles, or corrosive environments.
Pouring and Compaction
Begin pouring concrete slowly at the far end of the mold and progress toward the opening to minimize air entrapment. Pour in layers (6–8 inches thick), compacting each layer before adding the next.
Curing the Concrete
After pouring, allow the concrete to set initially (typically 24–48 hours). However, full strength development requires proper curing over 7–14 days. Keep the concrete moist to support hydration and prevent premature drying.
Demolding (Stripping the Mold)
Once the concrete has reached sufficient strength (usually after 3–7 days, depending on mix and temperature), carefully remove the mold. Begin by loosening any clamps or fasteners, then gently pry the mold away using non-metallic tools to avoid scratching or chipping the concrete surface.
Installation and Final Placement
Transport the cured drainage section carefully using proper lifting equipment (e.g., slings or forklifts with padding) to prevent cracking. Position the unit in the prepared trench or landscape according to design specifications.
Cleaning: After each production cycle, remove residual resins, debris, and contaminants using both mechanical (brushing, scraping) and chemical (mold cleaners) methods to prevent buildup that can affect surface finish and dimensional accuracy.
Lubrication: Apply a high-quality mold release agent or lubricant before operation to reduce friction, prevent sticking, and minimize wear on moving parts such as sliders and cores.
Inspection: Regularly check for signs of wear, corrosion, or misalignment. Early detection allows for timely repairs, preventing costly downtime and defective output.
Storage: When not in use, store molds in a dry, clean environment to avoid moisture-related damage and contamination.
Applications and Scenarios for Drainage Pipe Mold
Agricultural Irrigation Systems
Corrugated pipe molds are widely used in the production of HDPE pipes for agricultural irrigation networks. These molded pipes are lightweight, corrosion-resistant, and highly flexible, allowing them to be easily installed across uneven farmland, sloped terrain, and curved layouts.
Construction and Drainage Systems
In civil construction, corrugated pipe molds produce high-strength drainage pipes used in foundation waterproofing, surface runoff control, and subsoil water management.
Stormwater Management
Corrugated pipe molds are essential in municipal and urban infrastructure for managing stormwater runoff. The resulting pipes are used in catch basins, culverts, retention ponds, and roadside ditches to safely channel rainwater and prevent flooding.
Residential and Commercial Plumbing Systems
In building infrastructure, adjustable corrugated PVC and HDPE pipes are used for venting, waste, and drain (VWD) systems. The molds produce pipes that combine rigidity with controlled flexibility, ideal for navigating tight spaces and complex routing.
Utility Conduit Systems
Corrugated pipe molds produce protective conduits for electrical, fiber optic, and communication cables. These lightweight yet robust pipes shield sensitive wiring from moisture, physical damage, and electromagnetic interference.
Industrial Applications
In manufacturing and processing facilities, HDPE and polypropylene corrugated pipes serve as ventilation ducts, exhaust conduits, and HVAC components. The molds enable the production of temperature-resistant, chemically inert piping suitable for harsh environments.
FAQ
We're well-known as one of the leading drainage pipe mold manufacturers in China. Please feel free to buy bulk high quality drainage pipe mold made in China here from our factory. For customized service, contact us now.