Alkyl glucoside has low surface tension, no cloud point, adjustable HLB value, strong humid power, strong detergency, rich foam, fine compatibility, non-toxic, harmless, no irritation to skin, rapid and complete biodegradation, and can be combined with any type of surfactant, synergistic effect is obvious. It has strong broad-spectrum antibacterial activity, thickening effect is obvious, easy to dilute, no gel phenomenon, easy to use. Moreover, it is resistant to strong alkali, strong acid, hard water and salt.

Environmental factors have obvious influence on the curing properties of silicone structural adhesive. The first is the influence of temperature. The higher the temperature, the faster the curing reaction. The phenomenon is that the surface drying and debonding are relatively fast. If the temperature is very low, such as below 5 ℃, the curing of sealant will be very slow.

Alkyl polyglycosides can be used in many industries and fields, such as washing industry, cosmetic industry, food processing industry, textile printing and dyeing, pesticide and pharmaceutical industry. As raw materials for non-ionic neutral detergent, alkyl polyglycosides have broad application prospects and can be used as high-grade laundry detergent. In addition, alkyl glycosides have broad-spectrum antibacterial activity against gram negative bacteria, gram positive bacteria and fungi. Therefore, it has more advantages as tableware cleaner, shampoo, skin cleaner and toilet cleaner. Alkyl glycosides can also be used as emulsifier, wetting agent, foaming agent, thickener, dispersant and dustproof agent. In recent years, it has achieved good application effect in pesticide emulsifier.

The high surface activity of surfactants is due to the small van der Waals attraction between the molecules. The tension required for the surfactant molecules to move from the aqueous solution to the surface of the solution is small, resulting in a large number of surfactant molecules gathering on the surface of the solution, forming a strong surface adsorption, and this kind of complex not only has a small affinity for water.

The application of surfactants in ceramic industry involves the theories of material science, colloidal chemistry and surface chemistry. Therefore, it is necessary to study the effect of surfactants on ceramic matrix materials, the sintering and eutectic properties of ceramic matrix materials, and the influence of residual components on product properties.

Over the years, we have been committed to the application of melamine in many aspects and detailed in-depth research. DSM is undoubtedly the global leader in melamine technology.

Consider the characteristics of surfactants. The critical micelle concentration (CMC), which is the low concentration of surfactant micelles in solution, is related to the appropriate dosage of surfactant. There is cloud point phenomenon in polyoxyethylene nonionic surfactant, that is, when the temperature is low, the oxygen atom of polyoxyethylene ether of nonionic surfactant is connected with water molecule by hydrogen bond, so it is easy to dissolve in water and become a clear solution.

In the remediation of contaminated soil, microbial remediation technology has the advantages of non-destructive, economic and safety compared with physical and chemical remediation. It has become one of the promising remediation technologies for polluted environment.  

The surface tension of the degreasing solution containing surfactant is very low and the interfacial energy is small, so when the air is mixed into the solution, the surfactant molecules are adsorbed on the gas-liquid interface in a certain order, so that the formed bubbles have a certain viscosity and tend to be stable. A large number of bubbles only form thin bubbles separated by thin liquid film and form bubbles. Oil pollution plays an important role in degreasing. However, if the bubble is too much, the cleaning machine will emerge. Not only will it pollute the site, but also cause the loss of degreasing fluid, the liquid level will decrease, and the liquid level will decrease and the foam will be too much. Therefore, foam content must be controlled.

Halogen free environmental flame retardant is widely used in high-grade plastic PP PE EVA AB long rubber, wire and cable materials, TV cabinet circuit board, various electrical plastic parts, mining conveyor belt, air duct, plastic mesh belt, plastic damper, plastic pipe, plastic anchor rod, plastic belt roller and other plastic products.

Flame retardant PET is used as flame retardant fiber and fabric. There are usually two methods: one is to use hexabromocyclododecane for flame retardant post-treatment of PET fabric. This kind of fabric can be used as curtain, curtain, wallcovering and other interior decoration cloth. Due to the finishing method, the flame retardant is easy to seep out, and the handle and flame retardant durability of the fabric will be inferior.

Decoration should consider the main fire parts are ceiling, wall, floor, fixed furniture, etc. When many owners install the ceiling, they will choose the wooden keel as the bracket. In order to ensure the safety of the home, they must choose the flame retardant wood treated by flame retardant to do the keel bracket, so as to become the ceiling with fire resistance.

The solubilization of oil by surfactant micelles may be an important mechanism for removing a small amount of liquid fouling from solid surfaces. Due to their different properties, various organic substances insoluble in water are added to different parts of micelles to form transparent and stable solutions. The non-polar oil is dissolved in the non-polar core of the micelle, while the polar oil is dissolved in the polar group region of the micelle shell according to its polar size and molecular structure, or the polar group of the oil molecule is anchored on the surface of the micelle, while the non-polar hydrocarbon chain is inserted into the core of the micelle. Therefore, the solubilization effect of removing oil stains is actually that oil stains are dissolved in the washing solution, making it impossible for oil stains to deposit on the surface of objects, greatly improving the washing effect.

New gemini surfactants and biosurfactants are widely concerned because of their high efficiency and environmental friendliness. The solubilization efficiency of Gemini surfactants and biosurfactants is higher than that of traditional surfactants.

The adhesive sealant has the advantages of high strength, peeling resistance, impact resistance and simple construction process. It is used for bonding metal, ceramic, plastic, rubber, wood and other same materials or different materials. It can partly replace welding, riveting, bolt connection and other traditional connection forms. The stress distribution of the joint surface is uniform, and there is no thermal effect and deformation on the parts.

In fact, multifunctional sealant is based on the adhesive to make some changes in the performance of the adhesive, and form the adhesive to adapt to the sealing of electronic parts. But the sealant and the ordinary adhesive are different, has own specific function, after curing may form the special property, this is the adhesive cannot achieve. So, how about the adhesive properties of sealant? How is the sealing?

Silicone structural sealant is a kind of one component, neutral curing, specially designed for the bonding and assembly of glass structure in building curtain wall. It can be used easily in a wide range of temperature conditions. It depends on the moisture in the air to solidify into excellent, durable, high modulus and high elasticity silicone rubber. The product does not need primer on glass, which can produce superior adhesion.

Surfactants are amphiphilic substances which can significantly reduce the surface tension of solvents and have special adsorption properties. It has a strong adsorption performance and a series of properties such as emulsification, lubrication, penetration, dispersion, solubilization, foaming, defoaming and washing. It is an important chemical additive in the development of all walks of life. Its advantages are small consumption and large harvest.

The surfactant is basically unchanged in the reaction process and can be reused. And its dosage is very small, but how small is appropriate, still need to be determined by experiment according to different conditions. For example, in the production of poly (2,5-dibutyloxy-p-phenylacetylene), the yield of the product first increases and then decreases with the increase of the amount of active agent. This is because the active monomer formed in the aqueous phase is transferred to the organic phase by virtue of the action of PTC to participate in the polymerization. Therefore, the initial yield increases with the increase of PTC dosage When the amount of PTC exceeds a certain limit, the concentration of the system increases and is very viscous, which is not conducive to the monomer transfer reaction, resulting in the decrease of polymerization yield.

Asphalt emulsifier is a kind of surfactant. Emulsifier and detergent have the same adsorption, orientation, colloidal ion formation and reducing interfacial tension. However, as an emulsifier, it also needs film-forming property, especially for asphalt emulsifier, it needs appropriate carbon chain alkanes to better emulsify with asphalt. Fig. 2 shows the properties and characteristics of surfactant From the diagram, we can see the relationship between the basic properties of various surfactants including emulsifiers and their use up to now.