OSiC Performance Materials is a manufacturer of specialty chemicals and high-performance materials. We strive to become a reliable business partner for our customers.
We manage our business through four departments: polyurethane additives, silicone emulsions, paint additives and water-based adhesives.
IGM signed a strategic cooperation agreement with OSiC, who is a global manufacturer of s...
On November 26, 2021, Zhangjiagang Private Economic Association organized nearly 20 governing units to visit OSiC Performance Materials
In this year’s election of directors of China Polyurethane Industry Association, Mr Zhan...
Throughout our development process, OSiC has always focused on innovation and the pursuit of excellence. Our products and solutions make the lives of people all over the world safe and easy. Our excellent technology...more>>
The company has always advocated and practiced the concept of health and environmental protection, and put this concept into practice in the company's development direction, product development and actual production...more>>
We manage our operating business through four segments: urethane additives, silicone emulsion, coating additives and waterborne adhesives. As a specialist and efficient partner, we offer solutions to the challenges faced by our customers.
Discover our portfolio of solutions. Designed to respond to market demand and provide new value forms for products that reflect innovation and environmental awareness.
The results showed that the defoamer CATMOT F-8936 + F-8982 had good defoaming effect on the conductive coating solution
The thermal conductivity of the foam made by UR-5988 is lower than that of Sample-B, and the thermal insulation effect is better
UR-16916 can improve the surface defects of polyurethane rigid foam, but also reduce the thermal conductivity of polyurethane rigid foam It can be used in refrigerators, refrigerators, plates, etc Thermal insulation field such as spraying
The main reason analysis and solution are to add the dispersant into the color paste to produce and process the high quality coating
The relationship between the network parameters and resilience of polyurethane foam polymer was studied
The new environmentally friendly softeners can effectively increase the softening effect of the polyurethane foam and obtain a more open-cell and comfortable foam
NA series low odor catalysts can effectively reduce the odor grade of polyurethane materials and efectively reduce the content of pentaphenyltrialdehyde and T-VOC in foam
Carbon dioxide foaming has the irreplaceable advantages of high foaming ratio (3 2 times of methylene chloride), wide density range (above 14KG M3), low cost, finer and more open cell structure
The results show that the hydrophilic block silicone oil synthesized by using three tertiary amines of tetramethylpropylenediamine, tetramethylhexamethylenediamine and bis(dimethylaminoethyl)ether has the same handle and hydrophilic properties
Compression set is an important index to evaluate the quality of foam During the use of foam, the irreversible slip of polymer chain during compression and release causes the loss of energy and recovery ability, and the foam produces compressive deformation NOVAX EC-240 can increase the cell openning of foam and improve the integrity of foam skeleton, thereby improving the compression performance of the flexible polyurethane foam
OSIC, a manufacturer of special chemicals and high-performance materials, introduces NOVAX RP-321, a new generation cell regulator for polyurethane flexible foam This stable and efficient additive meets the demands of the modern polyurethane flexible foam market NOVAX RP-321 is made from 100% non-ionic surfactant and does not contain any defoaming ingredients It improves the foam s regularity and increases its openness This product offers better stability, opening effect, and dispersion, while ensuring safety and environmental friendliness
With the deepening of research on dispersants, the mechanism and effect of some hyperdispersants have been continuously discovered, and their applications in the special high-temperature coating industry are becoming more and more extensive This paper uses dispersants to prepare PTFE wax slurry, which can be well applied to aqueous silicone high-temperature coatings The experimental results show that PTFE particles are evenly distributed in the coating with the dispersant and aggregated with silicone polymers, which has the effect of enhancing the anti-friction of the coating
ARATEX L-618 silicone oil emulsion is a textile softener developed to meet the requirements of extreme smooth and soft handle It is also available It is used as a slip component in the softener formula, combined with different softeners to meet the finishing needs of various fibers and fabrics ARATEX L-618 silicone oil emulsion adopts a unique emulsion polymerization technology The active functional group components will curing into elastic film after the water evaporation; so it can give the fabric a better feel Compared with normal silicone emulsion
According to the research on market pain points for many years, OSiC has newly developed a new structure of silicone oil emulsion L-3315, which has reached an excellent level of touch, hydrophilicity and stability, and has been generally welcomed by the market
time: 25 -27 November 2021
location: Istanbul Expo Center Halls 5 & 6.
time: 2-3 November 2021
location: Lagos, Nigeria
time: 18-19 October 2022
location: Sharjah, United Arab Emirates (UAE).
The development of any enterprise is inseparable from the participation of talents.
We adhere to the people-oriented management philosophy, attach importance to the development and training of talents, encourage in-service employees to further their studies, and welcome the injection of fresh blood.
The company has established a scientific talent training mechanism, vigorously promotes open selection, competitive employment and other methods, and introduces excellent talents suitable for the enterprise.
The company will release recruitment information to the society from time to time, please continue to pay attention.more