Trenchless Pipe Repair Equipment Curing Machine System

Product Specification

Trenchless Pipe Repair Equipment Curing Machine System

Description For Trenchless Pipe Repair Equipment Curing Machine System: 

Pipeline facilities in trenchlessindustry,The equipment with main generator, blower, temperature regulation device, curing system, and including 3 sets UV-light train for different Diameter liner of DN150- DN2400. Its advanced modular electrical control system,greatly simplify the operation process. Equipped with a variety of sensors,alarm monitoring system, real-time monitoringof equipment status, with high quality speed to achieve fast curing.Mostly we supply to Container type.

How Does It Work?

The core principle of CIPP UV curing involves using ultraviolet light to harden a resin-saturated liner directly inside the host pipe. The process typically follows these steps:

1) Cleaning & Inspection: The existing pipeline is first cleaned using high-pressure water jets and inspected with CCTV cameras to assess the damage.

2) Liner Installation: A flexible tube (liner), usually made of fiberglass and fully impregnated with a light-sensitive thermosetting resin, is pulled into the damaged pipe section.

3) Inflation: The liner is inflated with air pressure from a built-in blower system. This causes it to expand and press tightly against the inner walls of the old pipe.

4) UV Curing: A robotic UV light train (a series of powerful UV LED lamps mounted on a carriage) is winched through the inflated liner at a controlled speed. As the lights pass through, they trigger an instant photopolymerization reaction in the resin, transforming the soft liner into a rigid, high-strength "new pipe".

5) Completion: Once cured, the end seals are removed, and service connections are reopened. The entire process often takes just a few hours, significantly minimizing traffic disruption and environmental impact.

Features For Trenchless Pipe Repair Equipment Curing Machine System:

1) Modern CIPP UV curing machines—often mounted on light trucks or housed in containers for easy transport—are highly automated and engineered for precision:

2) UV LED Light Source: Utilizes advanced, energy-efficient UV LED arrays instead of traditional mercury lamps. These provide specific wavelengths optimized for curing the resin without generating excessive heat ("cold light"), ensuring safety and stability.

3) Adaptive Curing Capability: The machines are equipped with modular lamp frames that can be adjusted or swapped to fit a wide range of pipe diameters (commonly from DN150mm up to DN2400mm) and various shapes, including circular, oval, and egg-shaped pipes.

4) Intelligent Control System: Features a centralized touchscreen or tablet interface that allows operators to input parameters like pipe diameter and wall thickness. The system automatically calculates and controls the curing speed, light intensity, and internal air pressure.

Real-Time Monitoring: Integrated sensors and HD cameras continuously monitor critical data such as internal temperature, air pressure, and the liner's expansion. This ensures a flawless cure and automatically saves all construction data for quality assurance records.

Advantages For Trenchless Pipe Repair Equipment Curing Machine System:

1) Trenchless & Eco-Friendly: Requires only small access pits or manhole entry, eliminating the need for massive road excavation. This greatly reduces noise, dust, traffic congestion, and overall carbon footprint.

2) High Efficiency & Speed: The UV curing process is extremely rapid compared to traditional hot water or steam curing methods, allowing long sections of pipe (up to 200-300 meters) to be rehabilitated in a single day.

3) Superior Structural Strength: The cured fiberglass-resin liner forms a seamless, jointless, and highly corrosion-resistant pipe that can withstand significant internal and external pressures, often extending the pipeline's lifespan by over 50 years.

4) Versatility: Effective for repairing a variety of municipal pipelines, including storm drains, sanitary sewers, industrial wastewater pipes, and even potable water lines.