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• Introduces Innovative Ester Compounds to Advance Chemical Industry 2024-08-26

  Kepeo, a frontrunner in the chemical sector, is proud to announce the launch of its new line of ester compounds. These products are designed to meet the evolving needs of various industries and are set to revolutionize the market with their unique properties and applications.   New Product Lineup:   Thermoplastic Vulcanizate (TPV) Granules & TPV Resin: These versatile polymers offer superior elasticity and thermoplastic processing ease, making them ideal for automotive and electronic applications. Original Particle Polymethyl Methacrylate (PMMA): Known for its high clarity and stability, this material is extensively used in the production of medical equipment and high-quality plastics. Ester Compounds Ethyl Acetate Liquid with High Purity: A high-purity liquid ester compound that serves as a reliable raw material for laboratory research and specialty chemical production. Industrial Grade Basic Organic Chemicals Ethyl Acetate: This industrial-grade ester compound is recognized for its exceptional value and performance in large-scale manufacturing processes.   Classification Keywords:   Esterification Process Ester Synthesis Methods Ethyl Acetate Production Key Features and Benefits:   High Purity: Ensuring consistent quality and performance across all applications. Customizability: Tailored to meet the specific requirements of our clients. Innovative Technology: Utilizing the lates

• Introducing Advanced Aluminium Pastes for Enhanced Aerated Concrete Production 2024-08-22

  Kopeo, a leading innovator in the construction materials industry, is proud to announce the introduction of its latest product: Aluminium Pastes for Aerated Concrete. This breakthrough advancement is set to transform the way aerated concrete is produced, offering unparalleled benefits in terms of quality, workability, and sustainability.   What Are Aluminium Pastes?Aluminium pastes are a critical component in the production of aerated concrete. They serve as a foaming agent, reacting with the concrete mix to create a lightweight, porous structure. Our aluminium pastes are formulated with precision to ensure optimal gas release and bubble stability, resulting in a consistent, high-quality end product.   Key Benefits of Our Aluminium Pastes:   Enhanced Workability: Our pastes are designed to improve the workability of the concrete mix, making it easier to handle and place. Increased Strength: The unique formulation of our aluminium pastes contributes to the development of a stronger, more durable aerated concrete. Improved Insulation Properties: The cellular structure created by our pastes provides superior thermal insulation, making it an ideal choice for energy-efficient construction. Environmental Sustainability: By reducing the need for traditional materials, our aluminium pastes support eco-friendly construction practices.

• Launched a new high purity sodium carboxymethyl cellulose powder - high quality, versatile 2024-08-15

  Product Features: High purity: Our HPMC powder through the strict production process and quality control, to ensure the purity of more than 99%. Versatility: HPMC powder is suitable for a variety of applications, including food additives, pharmaceutical sustained-release preparations, cosmetic stabilizers, etc. High solubility: It dissolves quickly in both cold and hot water, providing excellent solubility. Stability: Stable over a wide range of pH values, suitable for a variety of formulation needs. Application: Food industry: as a thickening agent, stabilizer, emulsifier, improve the texture and shelf life of food. Pharmaceutical industry: Used to control the speed of drug release and improve the bioavailability of drugs. Cosmetics manufacturing: As a stabilizer and moisturizer, enhance the sensory experience of the product. Industrial application: as a binder and dispersant in coating, paper processing and other fields. R&d Background: After years of research and development by our team of experts, we have finally created this high purity HPMC powder. Our goal is to provide our customers with the highest quality products to meet their stringent requirements for product performance and safety. Customer Support: We are committed to providing our customers with comprehensive technical support and customized services. Whether you need to test small batches of samples or large-scale production needs, we can meet them. Contact us: If you are interested in our high purity sodium carboxymethyl cellulose powder or would like to learn more about our products, please feel free to contact us. Our sales team will provide y

• Characteristics of Coal Washing Wastewater and The Introduction of Polyacrylamide Use in Coal Washing Wastewater Treatment 2024-07-08

  Coal, as known as the food of industry, has an indispensable role in the development of the national economy. Affected by the development of new energy technology and economic development and policy, in recent years, the growth of consumption of coal as an energy source has slowed down, but production and consumption are still at a historical high, and production and sales are still very huge. Coal carbon whether in the production or use process, will produce a mixture of water and fine coal dust, such as coal industry coal washing wastewater, coal preparation plant slurry water, coal-fired power plant flushing wastewater, etc., and these coal washing wastewater mixtures are mainly characterized by the following: 1. high turbidity, fine particle size of solids, solid particles more negatively charged on the surface, due to the repulsive force of the same sex charge asked as well as by gravity and Brownian motion, so that these particles in the water to maintain the state of dispersion;. 2. Due to the interaction between the interface of solid particles in the coal slurry water (such as adsorption, dissolution, synthesis, etc.), so that the nature of the coal washing wastewater is quite complex, not only with the nature of the suspension, but also with the nature of the colloid. 3. The sludge resistance is large, the filtration water is poor, and the pressure filtration dewatering is difficult. Therefore, the coal wastewater is particularly stable, standing for several months will not naturally settle, it is difficult to naturally clarify, after precipitation supernatant still with a large number of coal slurry and other suspended black liquid, and contains a variety of additives in the production and processing and heavy

• What Is The Difference Between High Pressure Polyethylene and Low Pressure Polyethylene? 2024-07-01

  Polyethylene is a thermoplastic resin made by Polymerization of ethylene, is one of the most common Plastics And Products, the annual production of more than 100 million tons of polyethylene resin, accounting for 34% of the total plastics market. Other common plastics and products include PET (Polyethylene Terephthalate).PVC (Polyvinyl Chloride).PP (Polypropylene) .PPS(Polyphenylene Sulfide)and so on. PE is a typical crystalline polymer, the melting point of 130 ℃ ~ 145 ℃, which is characterized by tasteless, odorless, non-toxic, non-toxic, non-toxic, non-toxic surface, milky-white waxy particles. High-pressure Polyethylene (LDPE), the full name of high-pressure low-density Polyethylene, commonly referred to as "high pressure" in the industry; low-pressure polyethylene (HDPE), full name low-pressure high-density polyethylene, referred to as "low pressure". The difference between high pressure polyethylene and low pressure polyethylene: mainly from the production process and use to distinguish: High pressure: using polymerization grade ethylene as raw material, oxygen (or air) or organic peroxide as catalyst, in the tubular reactor tank reactor, using 130-280Mpa ultra high pressure and 300 degrees Celsius high temperature proces

• Polyacrylamide: Innovative Material for A Sustainable Future 2024-06-24

  With the growing importance of sustainable development globally, polyacrylamide is emerging as an innovative material of choice for a wide range of industries. With excellent properties and a wide range of applications, polyacrylamide offers viable solutions to environmental and social problems. Polyacrylamide (PAM) is one of the highly polymerized Polymer flocculants with excellent water absorption and retention properties. It can adsorb and immobilize water molecules, effectively improving soil water retention capacity and reducing water waste. In the field of agriculture, the application of polyacrylamide can improve the yield and quality of crops, reduce the use of pesticides and chemical fertilizers, and realize the sustainable development of agriculture. In addition, Polyacrylamide has excellent settling performance and filtration effect, and is widely used as a Flocculant in the field of Water Treatment.It can effectively remove suspended solids, organic matter and heavy metal ions in water, improve water quality and protect water resources. The application of polyacrylamide can not only improve people's quality of life, but also reduce the impact of water pollution on the ecological environment and realize the sustainable use of water resources. Polyacrylamide also plays an important role in the field of construction and engineering. It can be used as a high-quality binder and reinforcing agent for reinforcing soil and concrete structures to improve the stability and durability of engineering. The application of polyacrylamide can reduce the risk of soil erosion and geologic

• Aluminium Sulfate Flocculant: In-depth Analysis of The Nature,Principle of Action and Application 2024-06-17

  Aluminum Sulfate Flocculant: in-depth analysis of the nature, principle of action and application As an important inorganic Flocculant,Aluminum Sulfate has a wide range of applications in the field of Water Treatment.It can effectively regulate Water Balance problems that occur in water quality.It is of great significance to understand its nature, principle of action and practical application to improve the effect of water treatment. In this paper, we will make an in-depth analysis of the knowledge of aluminum sulfate flocculant, in order to provide useful references for professionals and related practitioners in the field of Water Treatment. First, the nature of Aluminum Sulfate Aluminum sulfate (Al2(SO4)3) is a colorless crystalline or granular solid, soluble in water. In aqueous solution, aluminum sulfate can form a variety of complexes to improve water conditions. Second, the application of Aluminum Sulfate Flocculant 1. Drinking Water Treatment: aluminum sulfate flocculant in drinking water treatment can effectively remove suspended solids, organic matter, heavy metal ions and other pollutants, improve the transparency and taste of the water. In addition, aluminum sulfate flocculant can reduce the residual chlorine content in the water, which can help protect the health of consumers. 2. Industrial wastewater treatment: In the wastewater treatment of iron and steel, petrochemical, paper making and other industries, alumin

• Did You Know about The Holy Grail Reaction in Chemistry? 2024-04-22

  When it comes to natural gas, you must not be unfamiliar with it, and nowadays no household can cook without it.The main component of natural gas is Methane, which is one of the simplest Hydrocarbon Compounds. Accelerating the development and utilization of methane is the key to realize the green and sustainable development of energy and chemical industry. In addition to its direct use as a fuel, methane can also be used as a C1 resource, that is, a molecule that contains a carbon atom and can continue to be converted to prepare high-value-added chemicals, such as methanol, formic acid and so on. Methane can be burned in oxygen to form water and carbon dioxide. Without combustion, is it possible to activate and convert the hydrocarbon bonds of methane molecules under mild conditions? The answer is yes! This is the "Holy Grail" reaction in the field of catalysis. Reactions associated with the "Holy Grail" are often extremely challenging, as they may need to be carried out under very harsh conditions, or they may need to overcome the inherent difficulties of a chemical reaction, such as the activation of highly stable compounds, low yields, and low selectivity. These challenges make it difficult to realize these reactions, but if they can be successfully achieved, they will lead to significant breakthroughs in scientific research and industrial applications. 1.Challenges in the conversion of methane at low temperatures

• What is The Relationship between Hydrogenated Petroleum Resins and Polymers? 2024-04-15

  The compatibility of the Hydrotreated Petroleum Resin and elastomer is an important factor affecting the adhesive strength of hot melt amines. Compatible tackifier resin and elastomer can reduce the amount of colloid energy storage film, and under a certain stress, the colloid is fully bonded with the adherend; if they are incompatible, the amount of colloid energy storage film will increase, which will reduce the adhesion between the colloid and the adherend. The compatibility of a tackifying resin with a polymer matrix is a physical quantity related to its polarity and the relative molecular mass of the resin. If the polarity is the same and the relative molecular weights are similar, compatibility is good. For example, aromatic plasma styrene (P3) is incompatible with natural sassafras rubber, but compatible with aromatic butyl rubber gum; polyvinylcyclohexane (PVCH) with an average molecular weight of 650 is compatible with natural rubber, but PVCH with a relative molecular weight of 1,800 is not compatible with natural rubber. Hydrogenated petroleum resin is a low molecular weight functional resin, its molecular weight is generally less than 2000. Its molecular weight is generally less than 2000. it is thermoplastic, soluble in organic solvents, especially petroleum solvents, and has good compatibility with other synthetic resins. It has excellent water resistance and weather resistance. Its main performance indexes include softening point, color, unsaturation, acid value, saponification value and density. Softening point is an important property of hydrogenated petr

• What are The Several Main Effects of Aluminum Sulfate 2024-04-01

  Aluminium Sulfate is a common inorganic compound with a wide range of applications and multiple effects. It is a salt compound composed of aluminum ions and sulfate ions, with the chemical formula Al2(SO4)3. several major effects of aluminum sulfate will be introduced below. First of all, Aluminum Sulfate plays an important role in Water Treatment. Due to its good flocculation properties, it can rapidly precipitate suspended and turbid substances in water, thus making the water clear and transparent. Therefore, aluminum sulfate is often used as a Flocculant for water purification, sewage treatment and industrial wastewater treatment and other fields, effectively removing impurities and pollutants in the water. Secondly, Therefore, Aluminium Sulfate also has a certain antibacterial effect. It can destroy the cell wall structure of bacteria, inhibit the growth and reproduction of bacteria, thus playing the effect of sterilization. Therefore, Aluminum Sulfate is often used in the field of medicine as a common antimicrobial agent for the treatment of skin infections, burn wounds and other diseases. In addition, Aluminum Sulfate has an astringent effect. It shrinks the skin tissue and reduces the dilation of pores, resulting in firmer and smoother skin. Therefore, aluminum sulfate is often used in cosmetics as a common astringent for conditioning the skin and improving skin texture. In addition, Aluminum Sulfate can be used to prepare other compounds. For example, it can react with alkali metal salts to produce the corresponding sulfates. Aluminum sul

• Polyacrylamide and Polymeric Aluminium Chloride with Each Other on The Coal mine Aewage Treatment Effect is Significant 2024-03-25

  Coal mining industry will discharge a lot of coal mine water during the production process, without the solution of immediate discharge, not only lead to environmental pollution of the environment around the mine, but also consume a lot of precious water. The use of coal mine water source is to deal with the coal carbon plantation area is relatively serious less water and coal mine water pollution, the two confusing coal enterprise development trend of the difficulty of the basic clearly put forward. The process of coal mine water treatment depends on the way it is used, and the main solution for coal mine water is to remove suspended solids, various positive ions and other residues in the water. The basic process is to remove suspended solids, positive ions, and other residues from the water, so that it can be used for domestic or industrial purposes, and the basic process is concrete, sedimentation, filtration, and sterilization. Among them, the concrete (inclined plate sedimentation tank) solution is one of the key processing techniques in all the steps of coal mine wastewater treatment, and the selection of coagulant and the concrete experiment are the key criteria to ensure the actual effect of coal mine wastewater treatment. Different coagulant concentration value of coal mine water concrete actual effect of harm, in a certain concentration value category along with the concentration value of the elevation of the sludge load of coal mine water turbidity, different coagulant mud amount of coal mine water turbidity sludge load of harm, coal mine water quality sampling turbidity sludge load along with the elevation of the amount of coagulant mud to expand, when done to the highest valu

• Introduction of C5 Petroleum Resin and Its Application 2024-03-18

  Background and Overview In recent years, with the continuous development of China's petrochemical industry, the production capacity of ethylene grows year by year, which brings a broad space for the development of China's C5 Petroleum Resin.C5 petroleum resin is made by polymerizing the C5 fraction, which is a by-product of ethylene plant, as the main raw material in the presence of catalyst. The resin is inexpensive and has excellent properties such as acid resistance, alkali resistance, anti-aging, weather resistance, etc. It is widely used in coatings, inks, seals, adhesives and so on. Structure of C5 Petroleum Resin The main chemical structure of C5 petroleum resin is shown in the figure: C5 petroleum resin is a kind of low relative molecular mass thermoplastic resin, generally the average relative molecular mass is between 1000~3000, the resin is yellow to light brown, it has good performance of lowering coagulation and increasing viscosity and improving viscosity coefficient, it is soluble in solvents such as benzene, toluene, xylene and so on, and it can be mixed and dissolved with EVA (Ethylene-Vinyl Acetate Copolymer), polyethylene and so on. As C5 petroleum resin belongs to non-crystalline substances, there is no certain material and petroleum resin research. Melting point, usually using the globe method to determine its softening point. Softening point is the most important property of C5 petroleum resin, which marks the hardness, brittleness and viscosity of petroleum resin. At present, the C5 petroleum resin produced in China can be divided into two series of 80~110℃ and 110~160℃ according to the softening point.

• Mining Treatment With Polyacrylamide Mud-water Separator 2024-03-11

  Polyacrylamide (PAM) is a linear polymer with the chemical formula (C3H5NO)n. Polyacrylamide is most often used as a Flocculant and is an extremely important Water Treatment Agent. Polyacrylamide mud-water separator for mining treatment is a kind of chemical agent widely used in mining industry, and its function is to effectively separate the mud and water in the ore. In the process of ore mining and treatment, a large amount of mud wastewater is often produced, which contains various solid particles and impurities, causing certain pollution and harm to the environment and ecology. In order to solve this problem, polyacrylamide mud-water separator for mining treatment came into being. The application of polyacrylamide mud-water separator for mining treatment has many advantages. First of all, it can greatly reduce the turbidity and suspended solids content of mud wastewater to achieve effective separation. Secondly, it has good stability and high temperature resistance, which is suitable for various ore treatment processes and environmental conditions. In addition, it has less impact on the environment, with no apparent pollution or harm to water quality and soil. This enables mining enterprises to treat and utilize wastewater resources more reasonably, reduce the environmental pressure caused, and realize the sustainable use of mineral resources. The treatment methods of polyacrylamide are as follows: 1. Preparation of polyacrylamide aqueous solution: add polyacrylamide solids into water, stir evenly to dissolve into polyacrylamide aqueous solution.

• How to Use Rubber Accelerator Correctly to Improve The Strength of Rubber Products? 2024-03-04

  Rubber accelerator is a commonly used additive in the rubber industry, which can significantly increase the strength and abrasion resistance of rubber products, improve the processing performance and weather resistance of rubber. The correct use of rubber accelerators can give rubber products better performance, extend service life, reduce costs and increase productivity. First of all, the right formulation is the key to using rubber accelerator to improve the strength of rubber products. Adding appropriate amount of rubber accelerator into the formula of rubber products and making good cooperation with other additives such as vulcanizing agent, chain extender, etc. can get better results. Usually we can determine the amount of rubber accelerator according to the type of rubber, use and performance requirements and other factors. Secondly, the correct control of mixing conditions during the rubber mixing process is also an important step to improve the strength of rubber products. Rubber accelerator is usually added together with the rubber in the mixing process, so it is necessary to ensure that the mixing temperature, time, shear force and other parameters of the control, in order to give full play to the role of rubber accelerator. At the same time, attention should also be paid to phenomena such as rubber breakage and carbon burning during the mixing process to avoid affecting the quality of Rubber Products.

• Rubber Products Have Flexibility and Toughness, How Do Rubber Accelerators Work? 2024-02-26

  Rubber is an elastic material made of natural or synthetic polymer materials. It is characterized by softness and toughness, and can be widely used in various rubber products such as automobile tires, rubber hoses, and rubber shoes. And rubber accelerator is a kind of substance added during rubber processing, which can promote the reaction and processing performance of rubber. Rubber accelerator is usually made of organic compounds, which is an active additive that can accelerate the cross-linking reaction between rubber molecules during the processing of rubber. The flexibility and toughness of rubber is determined by the cross-linking structure between rubber molecules, and the function of rubber accelerator is to accelerate the cross-linking reaction, so that the rubber molecules can form the cross-linking structure faster under the conditions of heating and compression, thus improving the softness and toughness of rubber products. Rubber Auxiliaries play a role in the mechanism of the following aspects: 1. Reaction with vulcanizing agents to form active species: rubber accelerators usually react with vulcanizing agents to form active thiol species. These reactive species can react with the double bonds in the rubber molecule to form a cross-linked structure. Through the synergistic effect with vulcanizing agents, rubber accelerators can accelerate the vulcanization reaction of rubber and increase the cross-linking density of rubber, thus improving the strength and toughness of Rubber Products.

• How to Correctly Select the Inorganic Flocculants? 2024-02-22

  About the selection of inorganic Flocculants, most of them should be selected according to the water quality of the symptoms, in fact, it is very simple, as long as we remember a few points can be. 1. Industrial sewage, wastewater, municipal wastewater are generally selected industrial grade Polymeric Aluminium Chloride, the content is divided into 26-28%, usually wastewater treatment are used 26% content, municipal wastewater is recommended to use 28% content, the amount of sludge produced will be relatively small. 2. Choose 28%-30% Polymeric Aluminium Chloride for water reuse. 3. Drinking water, tap water, industrial water, raw water of power plant, industrial circulating water, etc. are chosen to use 30% content, 30% content of Polymeric Aluminium Chloride is the implementation of the national drinking water level standard. The reason why it is used in industrial water, raw water of power plant and industrial circulating water is that it produces less sludge and has higher processing efficiency. 4. For domestic sewage or sewage with high phosphorus content but good biochemical properties, choose aluminum sulfate, the advantage of Aluminium Sulfate is that the cost is lower compared with other flocculant products, and the phospho

• The Use of Polyacrylamide in Various Industrial Fields 2024-02-19

  1. The use of domestic sewage In domestic sewage treatment, polyacrylamide by means of electrical neutralization and its own adsorption and bridging effect, can promote the suspension of turbid particles rapid agglomeration and sedimentation to achieve separation, clarification of the role. Mainly used in the sewage treatment plant in the first part of flocculation and sedimentation and the latter part of sludge dewatering. 2. Usage in industrial wastewater When adding polyacrylamide in the water of suspended turbid particles, it can promote the rapid coagulation and sedimentation of suspended turbid particles to achieve separation and clarification to improve the operation efficiency and reduce the cost of use by the neutralization of electrical properties and the adsorption and bridging effect of macromolecule itself. 3. The use of textile printing and dyeing industry water treatment Polyacrylamide as a fabric post-treatment sizing agent, finishing agent, can generate smooth, anti-wrinkle, mold-resistant protective layer. Utilizing its strong hygroscopicity, it can reduce the rate of thread breakage when spinning fine yarns; it can also prevent the fabric from static electricity and resistance. When used as printing and dyeing auxiliaries, it can make the product adhesion fastness enhancement, vividness increase; it can also be used as a non-silicon polymer stabilizer for bleaching; in addition, it can be used for textile printing and dyeing sewage purification. 4.

• What Is PVA Polyvinyl Alcohol Fiber Membrane 2024-02-18

  Polyvinyl Alcohol (PVA) is one of the most versatile water-soluble Polymers, PVA can be quickly dissolved in water to form a stable colloid, performance between Plastics And Products.Polyvinyl Alcohol Fiber is one of the important varieties of synthetic fibers, and its regular product is polyvinyl alcohol formaldehyde fiber, which is referred to as vinylon or Vinylon in China. The products are mainly short fibers. Polyvinyl Alcohol Fiber is mainly used for blending with cotton, woven into a variety of cotton fabrics. In addition, it can also be blended with other fibers or pure spinning, weaving all kinds of woven or knitted fabrics. The performance and appearance of polyvinyl alcohol filament is very similar to that of natural silkworms, and it can be used to weave satin fabrics. However, because of its poor elasticity, it is not easy to dye, so it can not be made of high-level clothing. In recent years, with the development of polyvinyl alcohol fiber production technology, its application in industry, agriculture, fishery, transportation and so on is expanding. Ordinary polyvinyl alcohol has a high degree of polymerization and alcoholysis, in the flexible main chain contains a large number of hydroxyl, intermolecular and intramolecular formation of a large number of hydrogen bonds, physical crosslinking points, high density, resulting in polyvinyl alcohol fibers with high crystallinity, is not conducive to the penetration of water molecules. If you improve the water solubility must weaken the affinity be

• Is Rubber Accelerator Suitable for All Rubber Products? 2024-02-08

  Rubber accelerator is a commonly used processing aid, mainly used in the production process of rubber products to improve the processing performance and performance stability of rubber. However, not all rubber products are suitable for the use of rubber accelerators. Firstly, rubber accelerator is suitable for use in natural rubber and some synthetic rubbers, such as styrene-butadiene rubber, nitrile rubber, granular polyvinyl chloride rubber and so on. However, for some special rubber types, due to the differences in their structure and properties, rubber accelerators may not be suitable and may even have a negative impact on their performance. Therefore, when selecting a rubber accelerator, it is necessary to select it according to the specific rubber type and experimentally verify its suitability. Secondly, even if a rubber product is suitable for the use of rubber accelerators, it is necessary to determine whether or not to use them according to the specific requirements of the product. Different rubber accelerators have different properties and may have different effects on the performance of the product. Rubber accelerators are mainly used to improve the processing performance and performance stability of rubber, which can make the rubber flow and mould release easier during processing, and improve the heat resistance and ageing resistance of the products. However, for some products, such as special-purpose rubber products or products requiring other performance needs, it may be necessary to select other specific accelerators.

• Rubber Products Have Flexibility and Toughness, How Do Rubber Accelerators Work? 2024-01-30

  Rubber is an elastic material made from natural or synthetic Polymers materials. It has the characteristics of softness and toughness, and can be widely used in a variety of rubber products such as automobile tyres, rubber hoses, rubber shoes and so on. Rubber accelerator is a substance added during rubber processing, which can promote the reaction and processing performance of rubber. Rubber accelerator is usually made of organic compounds, which is an active additive that can accelerate the cross-linking reaction between rubber molecules during the processing of rubber. The softness and toughness of rubber is due to the cross-linking structure of rubber molecules, and the role of rubber accelerator is to accelerate the cross-linking reaction, so that the rubber molecules in the heating and compression conditions can be faster to form the cross-linking structure, so as to improve the softness and toughness of rubber products. Rubber accelerators play a role in the mechanism of the following aspects: 1. Reaction with vulcanising agents to form reactive species: rubber accelerators usually react with vulcanising agents to form reactive thiol species. These reactive species are able to react with the double bonds in the rubber molecule to form a cross-linked structure. Through the synergistic effect with vulcanising agents, rubber accelerators can accelerate the vulcanisation reaction of rubber and increase the cross-linking density of rubber, thus improving the strength and toughness of Rubber Products.

• The Role of Polyacrylamide When Used as a Flocculant 2024-01-24

  No matter what kind of Polyacrylamide products, as a Flocculant use, its principle of action is basically the same, the role of play mainly depends on three stages, which is an important reference basis for product selection in the beaker test. Cup test selection is an important reference for its role in the introduction of the current industry, most people believe that the adsorption of bridging, flocculation and precipitation process, and then in more detail that can be divided into coagulation, flocculation, sedimentation of the three phases, both in the laboratory test or on the machine operation of these three phases can be a good indication of the choice of whether the product applies, this paper will be for the coagulation of flocculants, flocculation, sedimentation process for a This paper will introduce the coagulation, flocculation and sedimentation process of flocculant in detail. 1.Coagulation stage: when we add the liquid (flocculant or Polymeric Aluminium Chloride), the liquid is injected into the coagulation tank and the raw water is rapidly coagulated in a very short period of time to form a fine alumina process, at this time, the water body becomes more turbid, which requires that the water flow can produce intense turbulence. Beaker experiments should be fast (250-300 rpm) stirring 10-30S, generally no more than 2min. this time the effect is the best. 2.Flocculation stage: the process of alum growth and coarsening, requiring the appropriate degree of turbulence and sufficient residence time (10-15min), to the late stage can be observed in a large number of alum

• Some Common Questions on How to Choose Polyacrylamide 2024-01-17

  Polyacrylamide can be divided into anionic, cationic, nonionic and amphoteric according to ionic properties. According to molecular weight, there are many models derived from different specifications of molecular weight and ionicity. Facing the confusing specification system in the market, how to solve the common problems of sewage or sludge polyacrylamide selection? 1. Understand the source of sludge. First of all, we should understand the source, nature, composition and solid content of sludge. Sludge can be divided into organic sludge and inorganic sludge. Generally speaking, cationic polyacrylamide Flocculant is used to treat organic sludge, and anionic polyacrylamide Flocculant is used to treat inorganic sludge. When the sludge solid content is high, the dosage of polyacrylamide is usually larger. 2. Polyacrylamide ionicity selection (1) For the sludge to be dewatered, different ionicity Flocculants can be screened through small experiments, and the selection of suitable polyacrylamide can achieve good flocculation effect, reduce the dosage and save the cost. (2) Floc strength improve the molecular weight of polyacrylamide helps to improve floc stability. (3)The viscosity of polyacrylamide solution is related to its molecular weight and preparation concentration. The polyacrylamide must react fully with the sludge at a certain p

• What are The Characteristics of Polyacrylamide and Polymerized Aluminum Chloride Products Compared to Each Other? 2024-01-09

  Polyacrylamide (PAM) is an organic flocculant. According to its molecular chain with different groups, can be divided into anionic polyacrylamide, cationic polyacrylamide, nonionic polyacrylamide and amphoteric polyacrylamide. acrylamide and amphoteric polyacrylamide. Polyacrylamide is mainly used in smelting, textile, printing and dyeing, coal washing, pharmaceuticals, sugar purification, geological exploration, petrochemicals, oil mining and sewage treatment. In sewage treatment, polyacrylamide mainly plays the role of adsorption and bridging, the interaction between the charge, so that the fine particles to form larger flocs, so that it settles. Polymeric Aluminium Chloride (PAC), is a kind of inorganic polymer flocculant, due to the bridging effect between hydroxide ions and polymerization of multivalent anions and the production of higher molecular weight, charge Higher inorganic polymer water treatment chemicals. Polymeric Aluminium Chloride is mainly used in the purification of surface water and groundwater, urban sewage treatment, recovery of useful substances in industrial waste water and waste residue. It is also widely used in printing and dyeing, leather, paper making, coal washing, food processing, sugar refining, cosmetics and other industries. Polyacrylamide and Polymeric Aluminium Chloride are collectively known as flocculants, polyacrylamide is an organic flocculant agent, polymerized aluminum ammonia is an inorganic flocculant, both have a wide range of applications in various fields.

• How is PolyacrylamideProduced and What are The Polymerization Technology Processes? 2024-01-03

  The production of Polyacrylamide (PAM) is based on an aqueous solution of acrylamide as a raw material, under the action of the initiator, the polymerization reaction is carried out, and after the completion of the reaction the polyacrylamide gel block generated by the After the reaction is completed, the polyacrylamide pellet is cut, granulated, dried and crushed to produce polyacrylamide products. The core process is the polymerization reaction, and in the subsequent processing, attention should be paid to mechanical cooling, thermal degradation and cross-linking, so as to ensure the relative molecular mass and water solubility of polyacrylamide. Acrylamide + water (initiator / polymerization) a polyacrylamide gel block a granulation a drying a crushing a polyacrylamide products So what are the polyacrylamide polymerization technology? Polyacrylamide polymerization technology early disk polymerization and kneader polymerization process has been eliminated, and now more conical kettle polymerization process. With the development of technology, polyacrylamide molecular weight can be controlled, easily soluble in water and less residual monomers, so that the product quality is uniform, stable, easy to use and reduce production costs, these common points have become the market demand for the pursuit of the goal, but also become the direction of the development of polyacrylamide production technology.