PPR nano antibacterial pipeline

Product Name: Random copolymer polypropylene PPR+nano antibacterial layer

Specification and model: Φ 20- Φ 63

Product color: White/Green

Raw material selection: Korean Xiaoxing+antibacterial material

Operating temperature: 0 ℃ -60 ℃ (insulation materials are required for outdoor or low-temperature areas)

Usage pressure: 16-25 kilograms

Installation method: Hot melt connection (pressure test must be conducted after hot melt installation to prevent hidden dangers)

Product Introduction

Under humid conditions, the antibacterial layer on the inner wall of PPR antibacterial tubes, IONPURE, will slowly release a small amount of silver ions. On the one hand, due to the negative charge on the surface of bacteria, silver ions with positive charge will be adsorbed on the surface of bacteria, thereby disrupting their electrolyte balance and causing bacterial death due to cell damage; On the other hand, due to the entry of silver ions into the interior of bacteria, they react and combine with bacterial enzymes, inhibiting bacterial activity and reproduction, achieving the effect of sterilization.PPR nano antibacterial tube

The system has bactericidal and bacteriostatic effects, which can effectively prevent the growth of bacteria, eliminate common bacteria in water bodies, and ensure the cleanliness of water inside the pipeline. It is an environmentally friendly new type of plastic pipeline.

Product Features

1. Broad spectrum and efficient antibacterial 99%: Strong antibacterial effect, tested by national authoritative institutions, Longyue PPR antibacterial tube has an antibacterial rate of over 99.9% against Escherichia coli and Staphylococcus aureus, far exceeding the requirements of QB/T 2591-2003 standard antibacterial level 1, making it the preferred choice for household water pipes.2. Long term and efficient sterilization and mold prevention: Using inorganic nano silver antibacterial components with long-term slow-release properties, Longyue PPR antibacterial pipes can maintain excellent antibacterial and mold prevention performance throughout the entire service life of the pipeline, ensuring health through long-term use.3. Stable internal and external characteristics: Using material composite modification and precision co extrusion technology, the quality is consistent both inside and outside, maintaining both appearance and stable temperature and pressure resistance

4. Except for using mechanical connection methods such as threaded inserts or flanges to connect PP-R pipes with metal pipes or water dispensers, all others should be connected by hot melt to integrate the pipes without any leakage points.

5. The coefficient of linear expansion of PP-R pipes is relatively high (0.15mm/m ℃), and technical measures must be taken to prevent pipeline expansion and deformation when laying pipes openly or indirectly.

6. After pipeline installation, pressure testing must be conducted before sealing (direct burial) and covering the decorative layer (non direct burial concealed laying). The pressure test of the cold water pipe shall be 1.5 times the working pressure of the system, but not less than 1MPa; The test pressure for hot water pipes shall be twice the working pressure, but not less than 1.5MPa. Technical regulations for pressure testing time and methods.

scope of application

1. High end residential area direct drinking water system pipeline network.

2. Transportation system for beverages, purified water, and mineral water.

3. Pipeline transportation systems in hospitals, schools, and water plants.

4. Drinking water systems for villas, hotels, and residential areas.

5. Pipeline transportation systems for food, medicine, and processing plants.

6. High standard water quality pipeline transportation system.

Installation steps

1. Cutting: When cutting pipes, the end face must be perpendicular to the pipe axis. Pipe cutting generally uses pipe cutters or pipe cutting machines, and sharp steel saws can be used if necessary, but the cut surface of the pipe should be free of burrs and edges.

2. Cleaning: Use a clean cloth to clean the welding parts of pipes and fittings (recommended to wipe with alcohol), and the connecting end faces of pipes and fittings must be clean, dry, and free of oil stains.

3. Marking: Mark the pipe according to the welding depth specified in Table 1:

4. Heating: After the hot melt machine heats up, insert the pipe and fittings into the hot melt mold head without rotation. Stop when the pipe reaches the marking position:

5. Welding: After reaching the heating time, the pipe and fittings are pulled out without rotation, and the pipe is inserted into the fitting socket without rotation, and left to cool for a certain period of time.

Note: