Company Profile
Maomoshi International Trade (Shanghai) Co., Ltd. is a specialized international trading company established by Anji Shenghui Fluoroplastics Technology Co., Ltd. with the aim of expanding its overseas market presence. The company focuses on providing overseas clients with high-quality technical development, technical services, and a diverse range of products.
Maomoshi International Trade (Shanghai) Co., Ltd. has brought together a professional and passionate team. Among its over 20 employees, the core technical and sales team members all possess a solid background in physics and chemistry. Leveraging their profound professional knowledge, extensive industry experience, and keen market insight, they have injected strong impetus into the company's development.
Anji Shenghui Fluoroplastics Technology Co., Ltd. is located in Anji County, Huzhou City, Zhejiang Province. Its main business encompasses the research, development, and production of polytetrafluoroethylene (PTFE) products, including PTFE micropowders, tubes, rods, sheets, molded parts, bridge bearings (sliders), tower packings, etc. These products find wide applications in fields such as chemicals, machinery, electronics, and construction. With advanced production processes and a stringent quality control system, the company ensures stable and reliable product quality, enjoying a high reputation in both domestic and international markets. Its products are exported to countries and regions in South Asia, North America, Southern Africa, the Middle East, and beyond.
Maomoshi International Trade (Shanghai) Co., Ltd.
Featured Products
We are a technology-oriented enterprise that was one of the early pioneers in China to specialize in large-scale professional production of PTFE micropowder.
Polytetrafluoroethylene (PTFE) micropowder is a white, free - flowing powder with low molecular weight. It has a stable molecular structure and exhibits excellent chemical resistance (withstanding strong acids and strong alkalis), good electrical insulation, extremely high flame retardancy, superb self - lubricity, high weather resistance, and anti - aging properties. It also possesses good resistance to ultraviolet rays, scratch resistance, and abrasion resistance. Moreover, it has a pleasant tactile feel, good gloss, excellent thermal stability, and a wide operating temperature range (from -200℃ to +300℃), along with good non - stick and repaintability characteristics.
Introduction to PTFE Micropowder
Product application
Engineering plastics
Adding PTFE micropowder to engineering plastics can significantly reduce the friction coefficient, decrease wear, thereby improving wear resistance and enhancing the overall performance of the products.
Coatings and inks
Adding PTFE micropowder to coatings and inks significantly improves their viscosity and lubricity, reduces the friction coefficient, and enhances wear resistance. It also boosts the corrosion resistance of coatings and inks, reduces moisture absorption, and strengthens their chemical resistance and temperature resistance.
Lubricating oil and lubricating grease
Adding PTFE micropowder to lubricating oil and lubricating grease can improve their lubricating performance and enhance their anti-wear properties.
Rubber
The incorporation of PTFE micropowder enables rubber products to operate more smoothly during movement, reducing the generation of frictional heat and thereby minimizing wear caused by friction.
Quality Assurance
We are one of the early domestic technological enterprises specializing in large - scale production of PTFE micropowder. We possess safe and advanced production facilities and adhere to a forward - thinking product concept.
Our products have passed the certification of a third - party testing organization (SGS) and comply with standards such as RoHS, REACH, and PFAS, meeting the requirements of the new EU regulations. This provides a quality assurance for the export of our products or for the direct export of end - products containing them.
If customers require it, relevant test reports can be
provided.