Floating beneficiation CMC model：348,IL6 MF As a non-toxic and degradable regulator in floating beneficiation process, it inhibits silicate gangue and lead and is used in the flotation of nickel ore, copper ore, gold ore, chalcopyrite and montmorillonite. CMC for mineral flotation is an inhibitor of pyroxene, amphibole, serpentine, chlorite, carbonaceous shale and other minerals containing calcium and magnesium. It has a good effect on improving the grade of nickel concentrate and copper concentrate. In nickel ore flotation, concentrate with nickel content > 5% is obtained by combining collector. Detail Parameters Addition amount (%) 348 0.01-0.1% IL6 MF 0.005-0.1% If you need to customize, you can provide detailed formula and process. Indicators IL6 MF 348 Color White or light yellow powder White flocculent water content 10.0% 45% PH 7.5-9.5 8.0-12.0 Degree of substitution 0.60 0.50 Purity 70% 50% Particle size 90% pass 250 microns (60 mesh) 90% pass 250 microns (60 mesh) Viscosity (b) 1% aqueous solution 30-100mPa.s 40-500mPa.s

Polyanionic cellulose (PAC) is a water-soluble cellulose ether derivative prepared by chemical modification of natural cellulose. It is an important water-soluble cellulose ether. It is usually used as its sodium salt and is widely used in oil drilling, especially salt water wells and offshore oil drilling. PAC-Application In Petroleum 1. The functions of PAC and CMC in oil field are as follows: - The mud containing PAC and CMC can make the well wall form thin and hard filter cake with low permeability and reduce the water loss; - After adding PAC and CMC into the mud, the drilling rig can obtain low initial shear force, make the mud easy to release the gas wrapped in it, and quickly discard the debris in the mud pit; - Like other suspended dispersions, drilling mud has a certain existence period, which can be stabilized and extended by adding PAC and CMC. 2. PAC and CMC have the following excellent performance in oilfield application: - High degree of substitution, good uniformity of substitution, high viscosity and low dosage, effectively improving mud service efficiency; - Good moisture resistance, salt resistance and alkali resistance, suitable for fresh water, seawater and saturated brine water-based mud; - The mud cake formed is of good quality and stable, which can effectively stabilize the soft soil structure and prevent shaft wall collapse; - It is suitable for mud systems with difficult solid content control and wide variation range. 3. Application characteristics of PAC and CMC in oil drilling: - It has high water loss control ability, especially efficient fluid loss reducer. With low dosage, it can control water loss at a high level without affecting other properties of mud; - It has good temperature resistance and excellent salt resistance. It can still have good water loss reduction ability and certain rheology under a certain salt concentration. The viscosity is almost unchanged after dissolving in salt water. It is especially suitable for offshore drilling and deep wells; - It can well control the rheology of mud and has good thixotropy. It is suitable for any water-based mud in fresh water, seawater and saturated brine; - In addition, PAC is used as cementing fluid to prevent fluid from entering pores and fractures; - The filter press fluid prepared with PAC has good resistance to 2% KCl solution (it must be added when preparing filter press fluid), good solubility, convenient use, can be prepared on site, fast gel forming speed and strong sand carrying capacity. When used in low permeability formation, its filter press effect is more excellent. Detail Parameters Addition amount (%) Oil production fracturing agent 0.4-0.6% Drilling treatment agent 0.2-0.8% If you need to customize, you can provide detailed formula and process. Indicators PAC-HV PAC-LV Color White or light yellowpowder White or light yellow powder or particles water content 10.0% 10.0% PH 6.0-8.5 6.0-8.5 Degree of substitution 0.8 0.8 sodium chloride 5% 2% Purity 90% 90% Particle size 90% pass 250 microns(60 mesh) 90% pass 250 microns (60 mesh) Viscosity (b) 1% aqueous solution 3000-6000mPa.s 10-100mPa.s Application performance Model Index AV FL PAC-ULV ≤10 ≤16 PAC－LV1 ≤30 ≤16 PAC－LV2 ≤30 ≤13 PAC－LV3 ≤30 ≤13 PAC－LV4 ≤30 ≤13 PAC－HV1 ≥50 ≤23 PAC－HV2 ≥50 ≤23 PAC－HV3 ≥55 ≤20 PAC－HV4 ≥60 ≤20 PAC－UHV1 ≥65 ≤18 PAC－UHV2 ≥70 ≤16 PAC－UHV3 ≥75 ≤16

Polyanionic cellulose (PAC) is a water-soluble cellulose ether derivative prepared by chemical modification of natural cellulose. It is an important water-soluble cellulose ether. It is usually used as its sodium salt and is widely used in oil drilling, especially salt water wells and offshore oil drilling. PAC-Application In Petroleum 1. The functions of PAC and CMC in oil field are as follows: - The mud containing PAC and CMC can make the well wall form thin and hard filter cake with low permeability and reduce the water loss; - After adding PAC and CMC into the mud, the drilling rig can obtain low initial shear force, make the mud easy to release the gas wrapped in it, and quickly discard the debris in the mud pit; - Like other suspended dispersions, drilling mud has a certain existence period, which can be stabilized and extended by adding PAC and CMC. 2. PAC and CMC have the following excellent performance in oilfield application: - High degree of substitution, good uniformity of substitution, high viscosity and low dosage, effectively improving mud service efficiency; - Good moisture resistance, salt resistance and alkali resistance, suitable for fresh water, seawater and saturated brine water-based mud; - The mud cake formed is of good quality and stable, which can effectively stabilize the soft soil structure and prevent shaft wall collapse; - It is suitable for mud systems with difficult solid content control and wide variation range. 3. Application characteristics of PAC and CMC in oil drilling: - It has high water loss control ability, especially efficient fluid loss reducer. With low dosage, it can control water loss at a high level without affecting other properties of mud; - It has good temperature resistance and excellent salt resistance. It can still have good water loss reduction ability and certain rheology under a certain salt concentration. The viscosity is almost unchanged after dissolving in salt water. It is especially suitable for offshore drilling and deep wells; - It can well control the rheology of mud and has good thixotropy. It is suitable for any water-based mud in fresh water, seawater and saturated brine; - In addition, PAC is used as cementing fluid to prevent fluid from entering pores and fractures; - The filter press fluid prepared with PAC has good resistance to 2% KCl solution (it must be added when preparing filter press fluid), good solubility, convenient use, can be prepared on site, fast gel forming speed and strong sand carrying capacity. When used in low permeability formation, its filter press effect is more excellent. Detail Parameters Addition amount (%) Oil production fracturing agent 0.4-0.6% Drilling treatment agent 0.2-0.8% If you need to customize, you can provide detailed formula and process. Indicators PAC-HV PAC-LV Color White or light yellowpowder White or light yellow powder or particles water content 10.0% 10.0% PH 6.0-8.5 6.0-8.5 Degree of substitution 0.8 0.8 sodium chloride 5% 2% Purity 90% 90% Particle size 90% pass 250 microns(60 mesh) 90% pass 250 microns (60 mesh) Viscosity (b) 1% aqueous solution 3000-6000mPa.s 10-100mPa.s Application performance Model Index AV FL PAC-ULV ≤10 ≤16 PAC－LV1 ≤30 ≤16 PAC－LV2 ≤30 ≤13 PAC－LV3 ≤30 ≤13 PAC－LV4 ≤30 ≤13 PAC－HV1 ≥50 ≤23 PAC－HV2 ≥50 ≤23 PAC－HV3 ≥55 ≤20 PAC－HV4 ≥60 ≤20 PAC－UHV1 ≥65 ≤18 PAC－UHV2 ≥70 ≤16 PAC－UHV3 ≥75 ≤16

Polyvinyl chloride resin (PVC): white powder in appearance. It is widely used in industrial products, floor leather, artificial leather, pipes, wires and cables, packaging film, foaming materials, etc. the packaging is 25kg / bag, 600kg / bag and 1200kg / bag. DG-1300: production of cable material, fresh-keeping film, etc. DG-1000k: production of plastic profiles, pipes, etc DG-1000s: production of packaging film, etc DG-800: production of packaging sheet, medical sheet, etc DG-700: production of pipe fittings, foamed plates, etc Main indicators of product standard (Q / 12 hg5220-2019) Project DG-1300 DG-1000K DG-1000S DG-700 DG-800 Average degree of polymerization P 1221-1380 981-1080 981-1080 651-750 751-850 Apparent density, g / ml 0.46-0.54 0.51-0.57 0.51-0.57 0.53-0.61 0.54-0.60 Whiteness (160 ℃, 10min),% ≥ 78 78 78 75 78 Corresponding table of degree of polymerization, viscosity and K value Average degree of polymerization 2351-2650 1221-1380 981-1080 771-870 751-750 651-750 481-600 401-500 Viscosity, ml / g 222-248 125-138 105-138 87-96 86-94 73-86 62-72 57-64 K value 89-93 70-73 65-67 60-62 59-62 55-59 51-55 49-51

Daily chemical Detergent grade hydroxypropyl methyl cellulose (HPMC) is a synthetic high molecular polymer prepared by chemical modification with natural cellulose as raw material. Daily chemical grade hydroxypropyl methylcellulose is a white or slightly yellow powder, and it is odorless, tasteless and non-toxic. It can dissolve in cold water and organic solvents to form a transparent viscous solution. The water liquid has surface activity, high transparency, and strong stability, and its dissolution in water is not affected by pH. It has thickening and anti-freezing effects in shampoos and shower gels, and has water retention and good film-forming properties for hair and skin. In the application of cosmetics, it is mainly used for thickening, foaming, stable emulsification, dispersion, adhesion, film-forming and improving water retention of cosmetics. High viscosity products are used as thickeners, and low viscosity products are mainly used for suspension dispersion and film-forming. is mainly used in shampoo, shower gel, cleansing cream, lotion, cream, gel, toner, conditioner, styling products, toothpaste, mouthwash, and toy bubble water. Product Description 1. Good dispersion in cool water. Through excellent and uniform surface treatment, it can be quickly dispersed in cool water to avoid agglomeration and uneven dissolution, and obtain a uniform solution finally; 2. Good thickening effect. The required consistency of the solution can be obtained by adding a small amount. It is effective for systems in which other thickeners are difficult to thicken; 3. Safety. Safe and non-toxic, physiologically harmless, It can not be absorbed by the body; 4. Good compatibility and system stability. It is a non-ionic material that works well with other auxiliaries and doesn't react with ionic additives to keep the system stable; 5. Good emulsification and foam stability. It has high surface activity and can provide the solution with good emulsification effect. At the same time, it can keep the bubble stable in the solution and and give the solution a good application property; 6. High light transmittance. The cellulose ether is specially optimized from the raw material to the production process, and has excellent transmittance to obtain a transparent and clear solution.

Daily chemical Detergent grade hydroxypropyl methyl cellulose (HPMC) is a synthetic high molecular polymer prepared by chemical modification with natural cellulose as raw material. Daily chemical grade hydroxypropyl methylcellulose is a white or slightly yellow powder, and it is odorless, tasteless and non-toxic. It can dissolve in cold water and organic solvents to form a transparent viscous solution. The water liquid has surface activity, high transparency, and strong stability, and its dissolution in water is not affected by pH. It has thickening and anti-freezing effects in shampoos and shower gels, and has water retention and good film-forming properties for hair and skin. In the application of cosmetics, it is mainly used for thickening, foaming, stable emulsification, dispersion, adhesion, film-forming and improving water retention of cosmetics. High viscosity products are used as thickeners, and low viscosity products are mainly used for suspension dispersion and film-forming. is mainly used in shampoo, shower gel, cleansing cream, lotion, cream, gel, toner, conditioner, styling products, toothpaste, mouthwash, and toy bubble water. Product Description 1. Good dispersion in cool water. Through excellent and uniform surface treatment, it can be quickly dispersed in cool water to avoid agglomeration and uneven dissolution, and obtain a uniform solution finally; 2. Good thickening effect. The required consistency of the solution can be obtained by adding a small amount. It is effective for systems in which other thickeners are difficult to thicken; 3. Safety. Safe and non-toxic, physiologically harmless, It can not be absorbed by the body; 4. Good compatibility and system stability. It is a non-ionic material that works well with other auxiliaries and doesn't react with ionic additives to keep the system stable; 5. Good emulsification and foam stability. It has high surface activity and can provide the solution with good emulsification effect. At the same time, it can keep the bubble stable in the solution and and give the solution a good application property; 6. High light transmittance. The cellulose ether is specially optimized from the raw material to the production process, and has excellent transmittance to obtain a transparent and clear solution.

Polyvinyl chloride resin (PVC): white powder in appearance. It is widely used in industrial products, floor leather, artificial leather, pipes, wires and cables, packaging film, foaming materials, etc. the packaging is 25kg / bag, 600kg / bag and 1200kg / bag. DG-1300: production of cable material, fresh-keeping film, etc. DG-1000k: production of plastic profiles, pipes, etc DG-1000s: production of packaging film, etc DG-800: production of packaging sheet, medical sheet, etc DG-700: production of pipe fittings, foamed plates, etc Main indicators of product standard (Q / 12 hg5220-2019) Project DG-1300 DG-1000K DG-1000S DG-700 DG-800 Average degree of polymerization P 1221-1380 981-1080 981-1080 651-750 751-850 Apparent density, g / ml 0.46-0.54 0.51-0.57 0.51-0.57 0.53-0.61 0.54-0.60 Whiteness (160 ℃, 10min),% ≥ 78 78 78 75 78 Corresponding table of degree of polymerization, viscosity and K value Average degree of polymerization 2351-2650 1221-1380 981-1080 771-870 751-750 651-750 481-600 401-500 Viscosity, ml / g 222-248 125-138 105-138 87-96 86-94 73-86 62-72 57-64 K value 89-93 70-73 65-67 60-62 59-62 55-59 51-55 49-51

Polyvinyl chloride resin (PVC): white powder in appearance. It is widely used in industrial products, floor leather, artificial leather, pipes, wires and cables, packaging film, foaming materials, etc. the packaging is 25kg / bag, 600kg / bag and 1200kg / bag. DG-1300: production of cable material, fresh-keeping film, etc. DG-1000k: production of plastic profiles, pipes, etc DG-1000s: production of packaging film, etc DG-800: production of packaging sheet, medical sheet, etc DG-700: production of pipe fittings, foamed plates, etc Main indicators of product standard (Q / 12 hg5220-2019) Project DG-1300 DG-1000K DG-1000S DG-700 DG-800 Average degree of polymerization P 1221-1380 981-1080 981-1080 651-750 751-850 Apparent density, g / ml 0.46-0.54 0.51-0.57 0.51-0.57 0.53-0.61 0.54-0.60 Whiteness (160 ℃, 10min),% ≥ 78 78 78 75 78 Corresponding table of degree of polymerization, viscosity and K value Average degree of polymerization 2351-2650 1221-1380 981-1080 771-870 751-750 651-750 481-600 401-500 Viscosity, ml / g 222-248 125-138 105-138 87-96 86-94 73-86 62-72 57-64 K value 89-93 70-73 65-67 60-62 59-62 55-59 51-55 49-51

Polyanionic cellulose (PAC) is a water-soluble cellulose ether derivative prepared by chemical modification of natural cellulose. It is an important water-soluble cellulose ether. It is usually used as its sodium salt and is widely used in oil drilling, especially salt water wells and offshore oil drilling. PAC-Application In Petroleum 1. The functions of PAC and CMC in oil field are as follows: - The mud containing PAC and CMC can make the well wall form thin and hard filter cake with low permeability and reduce the water loss; - After adding PAC and CMC into the mud, the drilling rig can obtain low initial shear force, make the mud easy to release the gas wrapped in it, and quickly discard the debris in the mud pit; - Like other suspended dispersions, drilling mud has a certain existence period, which can be stabilized and extended by adding PAC and CMC. 2. PAC and CMC have the following excellent performance in oilfield application: - High degree of substitution, good uniformity of substitution, high viscosity and low dosage, effectively improving mud service efficiency; - Good moisture resistance, salt resistance and alkali resistance, suitable for fresh water, seawater and saturated brine water-based mud; - The mud cake formed is of good quality and stable, which can effectively stabilize the soft soil structure and prevent shaft wall collapse; - It is suitable for mud systems with difficult solid content control and wide variation range. 3. Application characteristics of PAC and CMC in oil drilling: - It has high water loss control ability, especially efficient fluid loss reducer. With low dosage, it can control water loss at a high level without affecting other properties of mud; - It has good temperature resistance and excellent salt resistance. It can still have good water loss reduction ability and certain rheology under a certain salt concentration. The viscosity is almost unchanged after dissolving in salt water. It is especially suitable for offshore drilling and deep wells; - It can well control the rheology of mud and has good thixotropy. It is suitable for any water-based mud in fresh water, seawater and saturated brine; - In addition, PAC is used as cementing fluid to prevent fluid from entering pores and fractures; - The filter press fluid prepared with PAC has good resistance to 2% KCl solution (it must be added when preparing filter press fluid), good solubility, convenient use, can be prepared on site, fast gel forming speed and strong sand carrying capacity. When used in low permeability formation, its filter press effect is more excellent. Detail Parameters Addition amount (%) Oil production fracturing agent 0.4-0.6% Drilling treatment agent 0.2-0.8% If you need to customize, you can provide detailed formula and process. Indicators PAC-HV PAC-LV Color White or light yellowpowder White or light yellow powder or particles water content 10.0% 10.0% PH 6.0-8.5 6.0-8.5 Degree of substitution 0.8 0.8 sodium chloride 5% 2% Purity 90% 90% Particle size 90% pass 250 microns(60 mesh) 90% pass 250 microns (60 mesh) Viscosity (b) 1% aqueous solution 3000-6000mPa.s 10-100mPa.s Application performance Model Index AV FL PAC-ULV ≤10 ≤16 PAC－LV1 ≤30 ≤16 PAC－LV2 ≤30 ≤13 PAC－LV3 ≤30 ≤13 PAC－LV4 ≤30 ≤13 PAC－HV1 ≥50 ≤23 PAC－HV2 ≥50 ≤23 PAC－HV3 ≥55 ≤20 PAC－HV4 ≥60 ≤20 PAC－UHV1 ≥65 ≤18 PAC－UHV2 ≥70 ≤16 PAC－UHV3 ≥75 ≤16

Daily chemical Detergent grade hydroxypropyl methyl cellulose (HPMC) is a synthetic high molecular polymer prepared by chemical modification with natural cellulose as raw material. Daily chemical grade hydroxypropyl methylcellulose is a white or slightly yellow powder, and it is odorless, tasteless and non-toxic. It can dissolve in cold water and organic solvents to form a transparent viscous solution. The water liquid has surface activity, high transparency, and strong stability, and its dissolution in water is not affected by pH. It has thickening and anti-freezing effects in shampoos and shower gels, and has water retention and good film-forming properties for hair and skin. In the application of cosmetics, it is mainly used for thickening, foaming, stable emulsification, dispersion, adhesion, film-forming and improving water retention of cosmetics. High viscosity products are used as thickeners, and low viscosity products are mainly used for suspension dispersion and film-forming. is mainly used in shampoo, shower gel, cleansing cream, lotion, cream, gel, toner, conditioner, styling products, toothpaste, mouthwash, and toy bubble water. Product Description 1. Good dispersion in cool water. Through excellent and uniform surface treatment, it can be quickly dispersed in cool water to avoid agglomeration and uneven dissolution, and obtain a uniform solution finally; 2. Good thickening effect. The required consistency of the solution can be obtained by adding a small amount. It is effective for systems in which other thickeners are difficult to thicken; 3. Safety. Safe and non-toxic, physiologically harmless, It can not be absorbed by the body; 4. Good compatibility and system stability. It is a non-ionic material that works well with other auxiliaries and doesn't react with ionic additives to keep the system stable; 5. Good emulsification and foam stability. It has high surface activity and can provide the solution with good emulsification effect. At the same time, it can keep the bubble stable in the solution and and give the solution a good application property; 6. High light transmittance. The cellulose ether is specially optimized from the raw material to the production process, and has excellent transmittance to obtain a transparent and clear solution.

Polyanionic cellulose (PAC) is a water-soluble cellulose ether derivative prepared by chemical modification of natural cellulose. It is an important water-soluble cellulose ether. It is usually used as its sodium salt and is widely used in oil drilling, especially salt water wells and offshore oil drilling. PAC-Application In Petroleum 1. The functions of PAC and CMC in oil field are as follows: - The mud containing PAC and CMC can make the well wall form thin and hard filter cake with low permeability and reduce the water loss; - After adding PAC and CMC into the mud, the drilling rig can obtain low initial shear force, make the mud easy to release the gas wrapped in it, and quickly discard the debris in the mud pit; - Like other suspended dispersions, drilling mud has a certain existence period, which can be stabilized and extended by adding PAC and CMC. 2. PAC and CMC have the following excellent performance in oilfield application: - High degree of substitution, good uniformity of substitution, high viscosity and low dosage, effectively improving mud service efficiency; - Good moisture resistance, salt resistance and alkali resistance, suitable for fresh water, seawater and saturated brine water-based mud; - The mud cake formed is of good quality and stable, which can effectively stabilize the soft soil structure and prevent shaft wall collapse; - It is suitable for mud systems with difficult solid content control and wide variation range. 3. Application characteristics of PAC and CMC in oil drilling: - It has high water loss control ability, especially efficient fluid loss reducer. With low dosage, it can control water loss at a high level without affecting other properties of mud; - It has good temperature resistance and excellent salt resistance. It can still have good water loss reduction ability and certain rheology under a certain salt concentration. The viscosity is almost unchanged after dissolving in salt water. It is especially suitable for offshore drilling and deep wells; - It can well control the rheology of mud and has good thixotropy. It is suitable for any water-based mud in fresh water, seawater and saturated brine; - In addition, PAC is used as cementing fluid to prevent fluid from entering pores and fractures; - The filter press fluid prepared with PAC has good resistance to 2% KCl solution (it must be added when preparing filter press fluid), good solubility, convenient use, can be prepared on site, fast gel forming speed and strong sand carrying capacity. When used in low permeability formation, its filter press effect is more excellent. Detail Parameters Addition amount (%) Oil production fracturing agent 0.4-0.6% Drilling treatment agent 0.2-0.8% If you need to customize, you can provide detailed formula and process. Indicators PAC-HV PAC-LV Color White or light yellowpowder White or light yellow powder or particles water content 10.0% 10.0% PH 6.0-8.5 6.0-8.5 Degree of substitution 0.8 0.8 sodium chloride 5% 2% Purity 90% 90% Particle size 90% pass 250 microns(60 mesh) 90% pass 250 microns (60 mesh) Viscosity (b) 1% aqueous solution 3000-6000mPa.s 10-100mPa.s Application performance Model Index AV FL PAC-ULV ≤10 ≤16 PAC－LV1 ≤30 ≤16 PAC－LV2 ≤30 ≤13 PAC－LV3 ≤30 ≤13 PAC－LV4 ≤30 ≤13 PAC－HV1 ≥50 ≤23 PAC－HV2 ≥50 ≤23 PAC－HV3 ≥55 ≤20 PAC－HV4 ≥60 ≤20 PAC－UHV1 ≥65 ≤18 PAC－UHV2 ≥70 ≤16 PAC－UHV3 ≥75 ≤16

Polyvinyl chloride resin (PVC): white powder in appearance. It is widely used in industrial products, floor leather, artificial leather, pipes, wires and cables, packaging film, foaming materials, etc. the packaging is 25kg / bag, 600kg / bag and 1200kg / bag. DG-1300: production of cable material, fresh-keeping film, etc. DG-1000k: production of plastic profiles, pipes, etc DG-1000s: production of packaging film, etc DG-800: production of packaging sheet, medical sheet, etc DG-700: production of pipe fittings, foamed plates, etc Main indicators of product standard (Q / 12 hg5220-2019) Project DG-1300 DG-1000K DG-1000S DG-700 DG-800 Average degree of polymerization P 1221-1380 981-1080 981-1080 651-750 751-850 Apparent density, g / ml 0.46-0.54 0.51-0.57 0.51-0.57 0.53-0.61 0.54-0.60 Whiteness (160 ℃, 10min),% ≥ 78 78 78 75 78 Corresponding table of degree of polymerization, viscosity and K value Average degree of polymerization 2351-2650 1221-1380 981-1080 771-870 751-750 651-750 481-600 401-500 Viscosity, ml / g 222-248 125-138 105-138 87-96 86-94 73-86 62-72 57-64 K value 89-93 70-73 65-67 60-62 59-62 55-59 51-55 49-51

VAE emulsion is short of vinyl acetate copolymer emulsion, it is the emulsion product which uses vinyl acetate monomer and ethylene monomer as raw material with the method of press copolymerization. The characteristics of the process is using outer loop to expose the heat of reaction, the polymer is fast, the capacity is large, the process of polymer is controlled by computer, the product quality is stable, low depletion, little pollution. The product is non-toxic, tasteless, it is environmental protection product which is recommended by the government. VAE emulsion is a kind of milky liquid. Because of ethylene copolymerization monomer, VAE emulsion has the characteristic of inner plasticizing, and filming, weather resistance, adhesive, and compatible, weak acid and alkali resistance. Adhesive basic material VAE emulsion can be used as adhesive basic material, such as wood and wooden products, paper and paper products, package composite materials, plastics, structure. Paint basic material VAE emulsion can be used as inner wall paint, elasticity paint, waterproof paint of roof and groundwater, the basic material of fireproof and heat preservation paint, it also can be used as the basic material of the caulking of structure, sealing adhesive. Paper sizing and glazing VAE emulsion can sizing and glazing many kinds of paper, it is excellent material of producing many kinds of advanced paper. VAE emulsion can be used as the basic material of no-woven adhesive. Cement modifier VAE emulsion can be mixed with cement mortal so that improving the property of the cement product. VAE emulsion can be used as the adhesive, such as tufted carpet, needle carpet. weaving carpet, artificial fur, electrostatic flocking, high-level structure assemble carpet. Product advantages and application scope GW-705/GW-706: The common adhesive with high quality, excellent innitial adhesion, mechanical stability Widely used in paper product, wooden package, cement, cigarette. GW-707/GW-707H: The biggest advantages is its good water resistance in the condition of the static load, it has excellent adhesive Widely used in paper product, package, coil adhesive, high-speed adhesive, water resistance coating. GW-102/GW-102H: It has better adhesive. The compatibility of material is good Widely used in Shoes Adhesive, Clothes Adhesive, Wood, Paper Painting, Furnishing Detail parameters Product Name Solid Content %≥ PH Value Viscosity(25℃) Mpa.s Remain Vam %≤ Particle Size um≤ Dilution Stability %≤ Minimum film-forming Ethylene content % temperature ℃ GW-705 54.4 4.0-6.0 1500-2500 0.5 2 3.5 0 16±2 GW-706 54.4 4.0-6.0 2500-3300 0.5 2 3.5 0 16±2 GW-707 54.4 4.0-6.0 500-1000 0.5 2 5 0 16±2 GW-707H 54.4 4.0-6.0 1000-1500 0.5 2 3.5 0 16±2 GW-102 55 4.0-6.5 3500-4000 0.5 0.2-2.0 3.5 16.5 GW-102H 55.5 4.0-6.5 4000-4500 0.5 0.2-2.0 3.5 17

Putty powder CMC model: 348,218A CMC is a derivative with ether structure obtained by chemical modification of natural cellulose. It is a water-soluble gum, which can be dissolved in cold and hot water. Its aqueous solution has the functions of bonding, thickening, emulsifying, dispersing, suspending, stabilizing and film-forming. CMC-Application In Putty Powder CMC, as an additive for building putty, provides good performance in construction, water retention and flow resistance. Detail Parameters Addition amount (%)  348 0.8-1.5% 218A 0.6-1.2% If you need to customize, you can provide detailed formula and process. 348 218A colour White flocculent White or light yellow powder water content 45.0% 10.0% PH 8.0-12.0 8.0-10.0 Degree of substitution 0.5 0.5 Purity 50% 50% Particle size - 98% pass 250 microns (60 mesh) Viscosity (b) 1% aqueous solution 50-500mPas 100-500mPas

Polyvinyl chloride resin (PVC): white powder in appearance. It is widely used in industrial products, floor leather, artificial leather, pipes, wires and cables, packaging film, foaming materials, etc. the packaging is 25kg / bag, 600kg / bag and 1200kg / bag. DG-1300: production of cable material, fresh-keeping film, etc. DG-1000k: production of plastic profiles, pipes, etc DG-1000s: production of packaging film, etc DG-800: production of packaging sheet, medical sheet, etc DG-700: production of pipe fittings, foamed plates, etc Main indicators of product standard (Q / 12 hg5220-2019) Project DG-1300 DG-1000K DG-1000S DG-700 DG-800 Average degree of polymerization P 1221-1380 981-1080 981-1080 651-750 751-850 Apparent density, g / ml 0.46-0.54 0.51-0.57 0.51-0.57 0.53-0.61 0.54-0.60 Whiteness (160 ℃, 10min),% ≥ 78 78 78 75 78 Corresponding table of degree of polymerization, viscosity and K value Average degree of polymerization 2351-2650 1221-1380 981-1080 771-870 751-750 651-750 481-600 401-500 Viscosity, ml / g 222-248 125-138 105-138 87-96 86-94 73-86 62-72 57-64 K value 89-93 70-73 65-67 60-62 59-62 55-59 51-55 49-51