Save raw materials, low loss: Ordinary hot-melt HDPE pipes and fittings are one-time connections, and fittings cannot be reused. The grooved connection method can be disassembled, and parts and pipes can be reused, making full use of resources and saving energy and manpower required for secondary processing; In the installation process, the HDPE pipes all use butt joints without overlapping parts. Compared with other connection methods, the unique grooved clamping ring connection can reduce the amount of pipe used; Unique clamp connection, fast installation: No hot melt is required during construction, and it is not restricted by the installation environment, climate, and temperature. The on-site installation workload is reduced, and work efficiency is improved. According to actual tests, compared with cast iron pipes, the installation of the same amount of work can shorten the construction time by more than half. PVC-U pipes cannot be installed at low temperatures or on rainy days, but this installation can be carried out in the same way. Reliability: Scientific and reasonable structural design, unique C-type rubber sealing ring achieves triple sealing, ensuring the reliability of connection sealing, and can compensate for the angle of the pipeline deviation from the axis. Simple and economical operation: Fast installation, detachable and maintenance-free. Saves manpower and requires no special skills. Avoid the disadvantages of the socket connection method that requires many people and is laborious. The quick and easy installation greatly reduces the installation cost. Because each connection point is both an axis point and a maintenance port, it can be disassembled, and the pipeline system can be made many flexible changes to adapt to the future without increasing additional costs. The grooved clamp flexible connection method can block the continuous transmission of noise, reduce vibration, absorb noise, and improve the quality of the living environment. According to the company's tests, under the condition that high-rise buildings and multi-story residents simultaneously discharge water from flush toilets, the drainage noise is less than 49 decibels.

Flame Retardancy: Both PVC and PVC-C materials have good flame retardancy and self-extinguishing properties. High Impact Resistance: PVC electrical conduits can withstand the impact of a 1kg hammer dropped from a height of 2m at 0°C, fully demonstrating that the material's low-temperature impact resistance is completely suitable for construction site conditions. Insulation Performance: PVC electrical conduits can withstand high voltages exceeding 30,000 volts. Compressive Strength: PVC electrical conduits, after material modification, achieve a ring stiffness of 10KN, significantly higher than the national regulations requiring a ring stiffness of 8KN or more for buried plastic pipes. Heat Resistance: PVC electrical conduits have a 15°C higher heat resistance temperature than ordinary UPVC corrugated pipes and can maintain their shape and sufficient strength at temperatures above 93°C. Material Properties: PVC electrical conduits primarily use PVC-C resin with excellent heat resistance and insulation properties. PVC products are currently recognized as green and environmentally friendly products, and their excellent physical and chemical properties are increasingly valued by the industry.

PP-R hot and cold water pipe series products are produced in strict accordance with the high standards of the ISO9001 quality system, and the products fully comply with GB/T18742.1, GB/T18742.2, GB/T18742.3 and GB/T17219 hygiene standards. PP-R hot and cold water pipes are a new type of product widely used in developed countries around the world today. They use homogeneous fusion technology in hot and cold water transportation projects, and their comprehensive technical performance and economic indicators are far superior to other similar products, especially their excellent hygiene performance, which can meet extremely high hygiene and environmental protection requirements throughout the entire process from production and use to waste recycling. The products have the advantages of heat resistance, pressure resistance, heat preservation and energy saving, long service life and economy, and will gradually replace other existing types of water pipes to become the leading product.

Excellent physical and chemical properties: Pipe and fittings made of PVC are corrosion-resistant, have high impact strength, and low fluid resistance (30% higher flow rate than cast iron pipes of the same diameter). They are resistant to aging and have a long service life (according to National Construction Ministry test data, the service life is 40-50 years), making them ideal materials for building drainage and chemical wastewater discharge. Lightweight and practical, easy to install: Weighing only 1/7 of cast iron pipes of the same diameter, it can greatly accelerate the project progress and reduce construction costs. Smooth inner wall, smooth drainage, and pipes are not easily blocked: The unique design of the inspection port makes inspection and operation convenient, without the need for any tools. Saves construction costs: The comprehensive cost of using UPVC pipes is lower than that of cast iron pipes of the same specifications, and the maintenance cost is even lower. The grooved clamp flexible connection method can block the continuous transmission of noise, reduce vibration, absorb noise, and improve the quality of the living environment: According to our company's tests, under the condition that high-rise buildings and multi-story residents simultaneously discharge water from flush toilets, the drainage noise is less than 49 decibels.

The pipe material is homogeneous and performs stably. When used in hot water systems, it can ensure a service life of 50 years. PE-RT pipes do not require crosslinking, eliminating the need to control the degree and uniformity of crosslinking. This reduces production steps, resulting in good homogeneity and reliable quality. They can be coiled and bent with a small bending radius (Rmin=5D) and do not rebound. The stress in the bent section relaxes quickly, preventing damage at the bend due to stress concentration during use. Construction is easy in low-temperature environments without preheating, reducing costs. The low-temperature brittle fracture temperature reaches -70°C, allowing for transportation and construction in low-temperature environments. Its resistance to external impact is significantly higher than other pipe materials, preventing damage to the system due to rough handling during construction. The product is environmentally friendly throughout its production, construction, and use, with recyclable waste.

Radiant heating is the best heating method. It provides even floor surface temperature, with room temperature gradually decreasing from bottom to top, giving a comfortable feeling of warm feet and cool head, and preventing the convection of polluted air. The room is very clean, which can improve blood circulation, promote metabolism, and thus create a thermal environment that truly meets the needs of the human body. It can prevent leg diseases caused by cold, and is especially suitable for the elderly and children.

Beta PPHCT pressure pipes are more competitive than other traditional materials such as copper or steel. Beta PPHCT is characterized by enhanced long-term properties while maintaining good processability. Thinner wall thickness increases extrusion line speed; 13% less material is required for pipe production compared to ordinary PP-R; The system is cost-effective due to its smaller size; Easier installation; According to the DVGW (German Gas and Water Association) W544 standard, under the design requirements of 70*C/50 years and a safety factor SF=1.5, SDR7.4 (S3.2) pipes can be used to replace SDR6 (S2.2) pipes; An optimized additive system ensures excellent oxidation resistance.