Shenzhen Teflon New Material Technology Co., Ltd Company Profile

Shenzhen New Material Technology Co., Ltd. has achieved a high degree of automation and refined management in the production process. The factory is currently equipped with 10 advanced equipment, including extruders, injection molding machines, compression molding machines, lathes and milling machines, hot melt welding equipment, and laser cutting machines. These equipment provide a solid foundation for the factory's efficient production.

Raw material preparation: The factory receives high-quality fluoroplastic raw materials from reliable suppliers every day. After strict quality inspection, the raw materials are sent to the warehouse for use.

Extrusion molding: In the production workshop, workers put fluoroplastic raw materials into the extruder. The extruder heats these raw materials to a molten state and then extrude them into various shapes of pipes, rods and films through a mold. The entire process is controlled by a computer to ensure that the product has uniform size and thickness.

Injection molding: A portion of the molten fluoroplastic is fed into the injection molding machine. The injection molding machine injects these materials into a pre-designed mold and forms parts and products of complex shapes after cooling. These products are widely used in aerospace, electronics, and chemical industries.

Powder Processing Workshop

laboratory

Paint Production Workshop

Plywood Processing Workshop

Production process and equipment
1. Raw material preparation
Equipment: high-precision electronic scale
Steps: Purchase and test fluoroplastic raw materials. Accurately weigh the base materials and additives (such as color powder, modifier) ​​according to the needs.
2. Mixing and modification
Equipment: high-speed mixer, screw extruder
Steps: Put the fluoroplastic raw materials, color powder and modifier (such as filler, reinforcing agent) into the high-speed mixer and mix them evenly.
Equipment: screw extruder
Steps: The mixture is fed into the screw extruder, and the material is evenly melted by high temperature and shear force, and the modifier and color powder are fully mixed. The extruded material is solidified and pelletized by cooling belt.
3. Molding processing
Equipment: injection molding machine, compression molding machine, extruder
Steps: Select the appropriate molding method according to the specific product requirements.
Injection molding: Put the modified and color-changed fluoroplastic particles into the injection molding machine, inject them into the mold through heating and high pressure, and form complex-shaped products after cooling.
Compression molding: Pellets are fed into a compression molding machine, and the material is pressed into the required shape, such as seals and gaskets, through high pressure and a die.
Extrusion molding: The material is fed into an extruder and extruded into a tube, rod or film through a die, which is suitable for continuous production.
4. Precision machining
Equipment: Lathe, milling machine
Steps: The molded products sometimes require further finishing. Lathes and milling machines are used for cutting, punching and turning to ensure that the product size and surface finish meet the requirements.
5. Hot melt welding
Equipment: Hot melt welding machine
Steps: If welding, splicing or repairing products are required, use a hot melt welding machine to process them to ensure that the welded products have good sealing and mechanical strength.
6. Laser cutting
Equipment: Laser cutting machine
Steps: For films and sheets that require high-precision cutting, use a laser cutting machine to cut to ensure cutting accuracy and edge finish.
7. Quality inspection
Equipment: Thickness gauge, tensile testing machine, spectrometer
Steps: Each batch of products must undergo strict quality inspection, including dimensional accuracy, surface finish, mechanical strength, color uniformity and chemical properties. Only qualified products can enter the packaging and delivery stage.
8. Packaging and delivery
Equipment: Automatic packaging machine, barcode scanner
Steps: Qualified products are automatically packaged, and barcodes are printed and scanned to ensure the traceability of each product.

1. R&D Team
Professional Background: The company has a R&D team composed of experts in materials science, chemical engineering, mechanical engineering and other fields. These experts have rich theoretical knowledge and practical experience, and are able to carry out the research and development and application of cutting-edge technologies.
Continuous training: The company regularly organizes employees to participate in professional training and academic exchanges at home and abroad to ensure that the team is aware of the latest technical dynamics and industry trends.
2. Laboratory Facilities
Advanced Equipment: The company has a modern laboratory equipped with high-performance material analyzers, thermal analyzers, spectrometers, electron microscopes and other advanced equipment, which can carry out comprehensive material performance testing and analysis.
Petite and pilot equipment: The laboratory is equipped with small extruders, injection molding machines, compression molding machines and other equipment for preliminary testing and verification of new materials and new processes.
3. R&D Projects
New Material Development: The company continues to develop new fluoroplastic materials, such as high temperature resistant, corrosion resistant and high-strength fluoroplastics, to meet the special needs of different industries.
Modification Technology: By adding fillers, reinforcing agents and modifiers, modified fluoroplastics with better performance are developed for use in aerospace, electronics and electrical, and chemical industries.

Environmentally friendly products: Research and develop environmentally friendly fluoroplastic materials to reduce the impact on the environment during the production process and meet international environmental standards.
4. Technical cooperation
Industry-university-research cooperation: The company has established long-term cooperative relations with many well-known universities and research institutes to jointly conduct research and development of fluoroplastic materials and processes.
International cooperation: The company actively participates in international cooperation projects, conducts technical exchanges and cooperation with the world's leading materials science companies and laboratories, and improves the level of scientific research.
5. Innovative achievements
Patents and intellectual property rights: The company has a number of national invention patents and utility model patents in the field of fluoroplastics to protect the technological achievements of independent research and development.
Scientific research papers: The R&D team has published a number of high-level scientific research papers in authoritative academic journals at home and abroad, demonstrating the company's leading position in the field of fluoroplastics research.
6. Quality control
Strict standards: The company strictly follows the ISO9001 quality management system for production and management to ensure stable and reliable product quality.
Full process monitoring: Through online monitoring and laboratory testing, real-time monitoring of various parameters in the production process to ensure that the product meets technical requirements and customer needs.
7. Technical Services
Customized Solutions: Provide customized fluoroplastic solutions according to the specific needs of customers, including material selection, process design and product development.
Technical Support: The company has a dedicated technical support team to provide technical consultation, on-site commissioning and after-sales service to ensure that customers can get timely technical assistance during use.