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We encounter silicones every day without noticing them. Under the hood, silicone rubber protects car electronics against moisture and dirt; in washing machines, silicone antifoam agents prevent the detergent from foaming over; in shampoo, silicones give hair its sheen; as silicone resin emulsion paints, they give masonry water repellency, while allowing water vapor and carbon dioxide to diffuse out of its interior. But also in medical applications requiring high resistance or cutting-edge products, silicones deliver genuine peak performance – serving as particularly pure material in medical tubing, wound dressings or orthopedic products, and as safe sealing and insulating materials in electrical equipment or insulators.
We encounter silicones every day without noticing them. Under the hood, silicone rubber protects car electronics against moisture and dirt; in washing machines, silicone antifoam agents prevent the detergent from foaming over; in shampoo, silicones give hair its sheen; as silicone resin emulsion paints, they give masonry water repellency, while allowing water vapor and carbon dioxide to diffuse out of its interior. But also in medical applications requiring high resistance or cutting-edge products, silicones deliver genuine peak performance – serving as particularly pure material in medical tubing, wound dressings or orthopedic products, and as safe sealing and insulating materials in electrical equipment or insulators.
The active ingredients in pesticide can only play a role after contacting, intake or absorption with harmful creatures or protected objects. Most pesticide original drugs cannot be sprayed directly or evenly dispersed and covered in the protected crops or in the venue of activity because it is difficult to dissolve in water. The preparation can be used. Auxiliary substances used in the process of pesticide dosage formula processing are collectively referred to as additives. The proportion of pesticide aids in pesticide preparations ranges from several to 90 %. It does not have pesticide activity and effective ingredients, but it can or help improve and improve the physical and chemical performance of pesticide products.
The agriculture adjuvants plays an important role in the preparation and given effective ingredients of pesticide dosage forms. However, because agriculture adjuvants may have potential harm to environmental ecology and human health. The management of ingredients, which has paid more attention to the safety of its use in the process of pesticide dosage processing in the past.
With the innovation and expertise in agriculture adjuvants, we continues to help growers worldwide achieve outstanding performance from their agrochemical treatments. Whether for tank-mix or in-can formulations, our agriculture solutions have a reputation for high-quality, powerful performance. It’s no wonder more growers and formulators worldwide trust our adjuvants to deliver proven results.
The principle is simple: With better interfacial bonds between dissimilar materials, the desirable properties of each component can be carried throughout a composite material. This means that component properties are maintained or, in some cases, enhanced. Putting this principle to work for our customers, we has developed silane coupling agents that can help optimize mechanical, electrical, thermal and other properties of an end product.
Additionally, these agents can help avoid some of the drawbacks of traditional coupling agents, such as premature vulcanization of a tire compound, or loss of flexural strength in a glass-reinforced composite exposed to high heat and moisture.
We offers advanced agents for coupling resins with minerals, fiber reinforcements and other fillers. As part of it’s diverse portfolio of silane coupling agents that can help improve:
Resiliency of insulation batts
Wet strength retention
Thermal and electrical properties
Integrity, protection and handling of reinforcing fibers
Composite strength and toughness
Abrasion resistance
Rolling resistance, traction and wear
Processing characteristics of our advanced coupling agents can lead to higher efficiencies, and thus lower costs in manufacturing. Enhanced shelf stability, rheology control, filler dispersion, as well as fewer mixing steps and faster cure, all are typical benefits that our coupling agents offer customers to help improve their bottom lines.
The downstream products of daily chemical materials are used in personal care products, including shampoo, conditioner, shower gel, hand sanitizer, disinfection and sterilization products, skin care products, etc. At the same time, daily chemical materials are also widely used in the cleaning and care of daily household and clothing Upstream and downstream product applications include cleaning agents for hard surfaces such as bathrooms and kitchens, leather care waxes and laundry detergents, etc.;
Our personal care product line includes a wide range of ingredients to help provide:
Sensory enhancement for the “wow” feel to finished formulations for hair and skin
Conditioning, strengthening and repair for that silky, soft feel and healthy look to hair
Surface modification for transfer resistance, long wear with comfort, shine and protection for color cosmetics
Long lasting and comfortable wear benefits for sun care products
Illuminating benefits for a younger, more-natural appearance that hides wrinkles and makes pores less noticeable in skin care and color cosmetics products
Consistent spreading and wetting for improved dispersion of pigments and spreading of active ingredients and organic oils
The function of the organic silicon defoamer is to eliminate the foam formed in the production process. Its application field is also very wide, and it is becoming more and more valued by all walks of life. Organic silicon defoamer in chemical industry, papermaking, coatings, food, textiles, pharmaceuticals and other industrial sectors are an indispensable additive in the production process. It can not only remove the foam on the production process of the production process, thereby improving filtration and filtration. Washing, extraction, distillation, evaporation, dehydration, drying and other processes are separated, gasification, and discharge, etc., to ensure the capacity of various types of materials and the capacity of the container.
Our defoamers are highly targeted and specific, and it has a series of characteristics different from non-silicon defoamers: it has insoluble, low surface tension, good thermal stability, high chemical stability, strong physiological inertia, and high surface activity, it has many advantages, such as no chemical reaction, no pollution, fast defoaming, long defoaming time, little dosage, wide application, no poison, no smell, no pollution and so on. Apply to paper industry, fermentation industry, metal processing industry, bio-engineering, sewage treatment engineering, textile printing and dyeing, washing, oil field, chemical and other fields of anti-foaming.
| Sylic | Products Name | Application | Properties |
| Organosilicon | Sylic S7000 Series D4/D5/D6/DMC | Organosilicone monomer | Epoxypropoxypropy |
| Polydimethylsiloxane | Sylic S7100 Series 50-60000CST | Widely industry use | Widely industry use,organic synthesis,textile auxiliary agent |
| Silanol Fluid | Sylic S7120 | Widely industry use | organic synthesis,textile auxiliary agent |
| Silane Series | Sylic S7200 Series | Used as a crosslinker,coupling agent,curing agent | Silicone sealant,silicone rubber |
| Hydrogen Silicone Oil | Sylic S7300 | Silicone intermediate | Building water repellent |
| Sylic S7301 | Silicone intermediate | Organic synthesis | |
| Terminal Hydrogen Silicone Oil | Sylic S7310 | Silicone intermediate | Organic synthesis,textile auxiliary agent |
| Epoxy Silicone Oil | Sylic S7400 | Silicone intermediate | Organic synthesis,textile auxiliary agent |
| Epoxypropoxypropy | Sylic S7410 | Silicone intermediate | Organic synthesis,textile auxiliary agent |
| Polyether Epoxy | Silicone Oil Sylic S7500 | Silicone intermediate | Organic synthesis,textile auxiliary agent |
| Terminal Epoxy Polyether Silicone Oil | Sylic S7510 | Silicone intermediate | Organic synthesis,textile auxiliary agent |
| Cosmetic Silicone Oil | Sylic S7600 Series | Mould | One-component room temperaturevulcanized silicone rubber of deaceticacid type |
| Silicone Surfactnat | Sylic S7700 | Colorless transparent liquid | It has a smooth,dry touch,stronghydrophobicity,safety,non-reactivity,and long-lasting non-stickiness |
| Silicone Surfactnat | Sylic S7630 | Polyurethane foaming | Suitable for foaming of TDI system andTDI/MDI mixed system |
| Sylic S7800 | Agrochem&Auxiliries making | Polyether modified trisiloxane,which isa silicone surfactant with goodspreadability and permeability |
We provide chemical soloutions for all clinents, and try our best for blue sky.
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