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007-0813-1
JC
3917390000
Manufacturer Introduction
Shenzhen Jingcheng High-Tech Co., Ltd. is a strong-source entity factory with substantial strength, specializing in the R&D and production of fluoroplastic pipes for many years. It is equipped with complete extrusion molding, precision cutting, sealability testing, and high-temperature aging test production lines. The factory strictly controls raw material procurement and every production process, maintains sufficient stock, supports sample testing, bulk orders, and non-standard specification customization. It focuses on providing high-quality PTFE Teflon pipes and supplies fluid transmission components to domestic and overseas equipment manufacturers, ensuring stable delivery and comprehensive after-sales technical support.
Product Overview
This factory's high-temperature and low-pressure Teflon pipe is made of brand-new high-purity PTFE polytetrafluoroethylene raw materials through one-piece extrusion molding, without recycled or blended materials. The pipe has uniform and dense material texture, specifically designed for high-temperature fluid transmission in various low-pressure conditions. It addresses pain points such as softening of ordinary plastic hoses at high temperatures, inner wall material adhesion and blockage, poor corrosion resistance, and easy aging and cracking, suitable for long-term uninterrupted industrial operations.
Product Core Advantages
1. Ultra-wide temperature resistance range, stable performance in high-temperature conditions
Can operate long-term in environments from -60℃ to 260℃. The pipe does not soften or deform in high-temperature environments. It prevents heat-melted adhesives, high-temperature oil products, and hot chemical materials from solidifying and adhering during transmission. The pipe's toughness remains unchanged in both high and low-temperature environments.
2. Smooth inner wall with no material adhesion, less prone to clogging
Manufactured using seamless one-piece molding technology, the inner wall has no burrs or pores, with extremely low friction coefficient. Adhesives, coatings, and viscous agents are less likely to adhere to the inner wall, significantly reducing the probability of pipe clogging, decreasing the frequency of shutdown cleaning and pipe replacement, and saving equipment maintenance costs.
3. Strong chemical inertness, resistant to various corrosive media
PTFE material has stable properties and can withstand strong acids, strong alkalis, organic solvents, aqueous agents, oily coatings, and most other corrosive materials. The transmission medium does not chemically react with the pipe and will not contaminate the transported material.
4. Excellent insulation, long service life with good aging resistance
It has excellent insulation properties, suitable for pipeline environments around electrified equipment. It is highly resistant to aging and wear, under long-term high-temperature operation, and its service life far exceeds that of silicone and PVC hoses.
5. Customizable specifications, adaptable to various equipment
Different inner diameters, wall thicknesses, and lengths can be customized, and fittings can be processed. It supports custom sizes for dedicated equipment such as dispensing machines and coating equipment, and can handle both small and large orders.
6. Safe and non-toxic, clean and hygienic for material transmission
High-purity raw materials do not release harmful substances, allowing for safe use in fluid transmission scenarios for food, beverages, and pharmaceutical raw materials.
Adaptable Industries and Application Scenarios
• Hot-melt adhesive equipment industry: Dispensing machines, glue-applying robots, hot-melt adhesive machine glue transmission pipelines
• Spraying and coating industry: Automatic paint spraying equipment, ink transmission pipelines
• Chemical industry: Low-pressure transmission of acid-base reagents and corrosive solvents
• Electronics and semiconductors: Precision equipment fluid ducts, cable insulation protective tubes
• Food processing: Syrup, high-temperature beverages, and edible raw material transmission
• Medical devices: Medicine transmission pipelines
• Low-pressure high-temperature fluid transmission scenarios in new energy, injection molding machinery, and laboratory instruments
