Sodium tripolyphosphate

The aqueous solution of sodium tripolyphosphate is weakly alkaline (the PH value of 1% aqueous solution is about 9.7), and it forms a suspension (similar to emulsion) in water with a PH of 4.3-14, i.e. dispersion. Sodium tripolyphosphate can also enable liquid and solid particles to be better dissolved in liquid (such as water) medium, making the solution completely transparent in appearance, like a real solution, which is solubilization. As sodium tripolyphosphate has the above unique properties, it becomes an important ideal raw material in washing powder. [3]
Production process
Sodium tripolyphosphate is prepared by neutralizing phosphoric acid with soda ash to form sodium orthophosphate, and then condensing. There are two methods to produce phosphoric acid: wet method and thermal method. Wet process is to react phosphate rock with inorganic acid (usually sulfuric acid or hydrochloric acid), then extract and refine to obtain phosphoric acid. The thermal method is to roast phosphate rock together with coke and silica in an electric furnace, reduce phosphate rock to phosphorus, and then oxidize and hydrate to obtain phosphoric acid.
The process of preparing sodium tripolyphosphate from orthophosphate is relatively simple, with short process and convenient control operation. There are mainly two methods.
(1) spray drying-converter polycondensation two-stage method: the spray dryer is a cylinder, the upper part of which is connected with a horizontal burner with a gas nozzle. Gas with a temperature of 400-500 deg c is introduced into the upper part of the spray drying tower through a burner, and meanwhile, orthophosphate solution is injected by a high-pressure (4.2MPa) pump. Dried products containing less than 5% water are continuously taken out from the lower part of the dryer. The orthophosphate mixture is dehydrated and polycondensed into sodium tripolyphosphate in a rotary furnace. The method is characterized in that the product does not need to be crushed, the spray dryer has high drying efficiency, the dried materials are uniform, and delamination phenomenon does not occur. The disadvantage is that drying and polycondensation are carried out in two stages, and dust loss is large when directly heating and dehydrating.
(2) drying-dehydration one-stage method: slurry is sprayed into a rotary furnace, and hot gas or petroleum is burnt in the furnace to heat. The annular baffle divides the furnace into a flame section and a heating section. In the heating section, the material is finally dehydrated and polycondensed to be converted into sodium tripolyphosphate. The cooling cylinder is connected with the rotary furnace as a whole, the granular products coming out of the cooling cylinder are ground in a grinding machine, and a small amount of powder brought out of the furnace is recovered in a cyclone separator. This method combines drying, dehydration and cooling in one unit equipment, which greatly simplifies the process, has high heat utilization rate, and can reduce infrastructure investment and improve working conditions.
Technical requirements
1. Appearance: white particles or powder
2. Industrial sodium tripolyphosphate shall meet the following requirements (GB9983-2004)
Project indicators
Excellent products, first-class products, qualified products
Whiteness,% ≥ 90.085.080
Phosphorus pentoxide (P2O5),% ≥ 57.0 56.5 55.0
Sodium tripolyphosphate (Na5P3O10) content,% ≥ 96.0 90.0 85.0
Water insoluble content,% ≤ 0.10 0.10 0.15
Iron content (Fe),% ≤ 0.007 0.015 0.030
PH value (1% solution) 9.2-10.0
The sieving rate of the particle size passing the 1.00mm test sieve is not less than 95%
Content analysis
(FCC law)
I preparation of reagents
  1。 Potassium acetate buffer (pH5.0) Take 78.5g of potassium acetate, dissolve it in 1000mL of water, and adjust the solution to pH5.0 with acetic acid. Add several milligrams of mercury iodide to inhibit mold growth.
  2。 Take 22.35g of potassium chloride from 0.3 mol/L potassium chloride solution, dissolve in water, add 5mL of the above potassium acetate buffer, dilute with water to 1000mL, and mix well. Add mercury iodide, mg.
  3。 Take 4.7g of potassium chloride from 0.6 mol/L potassium chloride solution, dissolve in water, add 5mL of the above potassium acetate buffer, dilute with water to 1000mL, and mix well. Add mercury iodide, mg.
  4。 Take 74.5g of potassium chloride from 1mol/L potassium chloride solution, dissolve it with water, add 5mL of the above potassium acetate buffer, dilute it with water to 1000mL, and mix. Add mercury iodide, mg.
II. Chromatographic Columns
Using a standard chromatographic column with a length of 20-40 cm and an inner diameter of 20-28 mm, seal a coarse-hole sintered plate. If there are no stoppers respectively, connect a short polyethylene hose at the outlet of the column, and then connect a stopcock with an aperture of 3-4 mm.
III. Operation
Close the stopcock, fill the space between the sintered plate and the stopcock with water, and connect a vacuum line to the stopcock. Using 100-200 mesh or 200-400 mesh strong alkali anion exchange resin (Dowex 18) or styrene/divinylbenzene ion exchange resin of similar grade, and water according to the ratio of 1:1 to make each slurry. Decant the extremely fine particles and foam, and repeat this for 2-3 times, or until there is no fine suspended matter or foam. Fill the chromatographic column with slurry, open the stopcock, and vacuum the tree bed until the water level is slightly higher than the top of the resin bed, then immediately close the stopcock. Under no circumstances should the water level be lower than the resin level. This is repeated until the resin is 15cm higher than the sintered plate. Take a piece of filter paper closely attached with glass fiber and place it on the top of the resin bed, then take a perforated polyethylene dish and place it on the filter paper. A layer of loose glass wool can also be installed on the top of the resin bed. Plug the top of the column with a rubber stopper, insert a 7.6cm long capillary tube (inner diameter 1.5mm, outer diameter 7tnm) in the center of the rubber stopper, and extend about 12mrn below the stopper. Connect the capillary tube to the lower tube of a 500mL separatory funnel with a length of polyethylene hose. Place the separatory funnel in the iron ring above the column. Close all stoppers and add 100mL of water to the separatory funnel to wash the chromatographic column. First unscrew the stopcock of the separatory funnel, and then release the stopcock of the chromatographic column at a flow rate of about 5mL/min. When the separatory funnel is completely emptied, first close the column stopcock, and then close the separatory funnel stopcock.
Accurately weigh about 500mg of test sample that has been dried at 105℃ for 4 hours, put it into a 250mL volumetric flask, dissolve it with water and mix it after constant volume. Take 10.0mL of this solution and transfer it to the separatory funnel. Open the two stoppers to allow the solution to flow into the chromatographic column. Rinse the separatory funnel with water and discard the eluate.
370mL of 0.3mol/L potassium chloride solution was added to a separatory funnel, and the solution was passed through a chromatographic column, and the eluate was discarded. Add 250mL of 0.6mol/L potassium chloride solution to the separatory funnel, let the solution pass through the chromatographic column, and collect the eluate in a 400mL beaker. (In order to ensure a clean chromatographic column during the next round of operation, 100mL of 1mol/L potassium chloride solution can be passed through the chromatographic column, with several drops of solution (TS-148), and the solution is neutralized with concentrated ammonia test solution (TS-14). Add 1g ammonium nitrate to crystallize, stir to dissolve, and cool. Add 15mL ammonium molybdate test solution (TS-22) under stirring, and stir strongly for 3min, or place for 10 ~ 15 min under intermittent stirring. The contents of the beaker were filtered by suction filtration, and a 25 mm high porcelain funnel was used, in which a 6 ~ 7mrn thick pulp cushion was placed, and the cushion was covered with a layer of diatomite suspension. After the contents of the beaker are transferred to the filter, the beaker is washed with 1% sodium nitrate or potassium nitrate solution for 5 times and 10mL each time, and the washing liquid is passed through the filter. Then use this lotion to wash the filter 5mL each time 5 times. Return the filter pad and sediment to the beaker, rinse the funnel with water and flow into the beaker, then dilute to about 150mL with water. 0.1mol/L sodium hydroxide is added dropwise through a burette until the yellow precipitate is dissolved, and then 5 to 6 RNL is added. Add several drops of phenolphthalein test solution (TS-167) and titrate excess alkali with 0.1mol/L nitric acid. Finally, it was titrated with 0.1mol/L sodium hydroxide until pink appeared for the first time. The difference between the total amount of 0.1mol/L sodium hydroxide added minus the amount consumed by titration of nitric acid is the amount of 0.1mol/L sodium hydroxide consumed by phosphomolybdate (V; In mL). Finally, the amount of sodium tripolyphosphate (Na5P3O10) in the sample is calculated according to the formula of 0.533×25V, in mg.

Sodium tripolyphosphate

Sodium tripolyphosphate can be divided into high-temperature type (type I) and low-temperature type (type ii) due to different formation temperatures. the difference lies in the different bond lengths and bond angles of the two types of sodium tripolyphosphate. both type I and type ii products generate hexahydrate Na5P3O10·6H2O after hydration. under the same conditions, type I hydration produces high heat quickly, and when dissolved in water, it is easy to generate caking phenomenon. this is due to the presence of sodium ions in type I structure with four ligands, which have strong affinity for water, whereas type ii generates hexahydrate at a very slow speed in water.
Sodium tripolyphosphate
is quite stable at room temperature, and will slowly undergo hydrolysis reaction in humid air to finally generate sodium orthophosphate, and the reaction is as follows: Na5P3O10+2H2O→2Na2HPO4+NaH2PO4.
Chelating Ability to Metal Ions
Sodium tripolyphosphate has complexation with metal ions such as Ca2+, Mg2+, Fe3+ dissolved in water to form soluble complexes, such as: na5p3o10+Ca2+→ na3 (cap3o10)+2na+.
The complexing ability of sodium tripolyphosphate is generally expressed in terms of calcium value, i.e. the gram number of calcium ions that can be complexed by 100g of phosphate, and the theoretical value is 13.4.
buffer action
The aqueous solution of sodium tripolyphosphate is weakly alkaline (the PH value of 1% aqueous solution is about 9.7), and it forms a suspension (similar to emulsion) in water with a PH of 4.3-14, i.e. dispersion. Sodium tripolyphosphate can also enable liquid and solid particles to be better dissolved in liquid (such as water) medium, making the solution completely transparent in appearance, like a real solution, which is solubilization. As sodium tripolyphosphate has the above unique properties, it becomes an important ideal raw material in washing powder. [3]
Production process

Sodium tripolyphosphate is prepared by neutralizing phosphoric acid with soda ash to form sodium orthophosphate, and then condensing. There are two methods to produce phosphoric acid: wet method and thermal method. Wet process is to react phosphate rock with inorganic acid (usually sulfuric acid or hydrochloric acid), then extract and refine to obtain phosphoric acid. The thermal method is to roast phosphate rock together with coke and silica in an electric furnace, reduce phosphate rock to phosphorus, and then oxidize and hydrate to obtain phosphoric acid.
The process of preparing sodium tripolyphosphate
from orthophosphate is relatively simple, with short process and convenient control operation. There are mainly two methods.
(1) spray drying-converter polycondensation two-stage method: the spray dryer is a cylinder, the upper part of which is connected with a horizontal burner with a gas nozzle. The gas with the temperature of 400-500℃ is introduced into the upper part of the spray drying tower through the burner, and at the same time, the solution of orthophosphate is injected by a high pressure (4.2MPa) pump. Dried products containing less than 5% water are continuously taken out from the lower part of the dryer. Orthophosphate mixture is dehydrated and polycondensed into sodium tripolyphosphate in revolver. The method is characterized in that the product does not need to be crushed, the spray dryer has high drying efficiency, the dried materials are uniform, and delamination phenomenon does not occur. The disadvantage is that drying and polycondensation are carried out in two stages, and dust loss is large when directly heating and dehydrating.
(2) Drying-dehydration one-stage method: the slurry is sprayed into the revolver, and hot gas or burning oil is sent into the furnace through a nozzle to heat. The annular baffle divides the furnace into a flame section and a heating section. In the heating section, the material is finally dehydrated and polycondensed to be converted into sodium tripolyphosphate. The cooling cylinder is connected with the revolver as a whole. Granular products from the cooling cylinder are ground in a grinding machine, and a small amount of powder from the furnace is recovered in a cyclone separator. This method combines drying, dehydration and cooling in one unit equipment, which greatly simplifies the process, has high heat utilization rate, and can reduce infrastructure investment and improve working conditions.
Technical requirements
1. Appearance: white particles or powder
2. industrial Sodium Tripolyphosphate shall meet the requirements of the following table (GB9983-2004)
Project indicators
Excellent products, first-class products, qualified products
Whiteness,% ≥ 90.085.080
Phosphorus pentoxide (P2O5),% ≥ 57.0 56.5 55.0
Sodium tripolyphosphate (Na5P3O10) content,% ≥ 96.0 90.0 85.0
Insoluble sludge content,% ≤ 0.10 0.10 0.15
Iron content (Fe),% ≤ 0.007 0.015 0.030
PH value (1% solution) 9.2-10.0
The sieving rate of the particle size passing the 1.00mm test sieve is not less than 95%
Content analysis
(FCC law)
I preparation of reagents

1。 Potassium Acetate Buffer (pH5.0) Take 78.5g of Potassium Acetate, dissolve in 1000mL of water, and adjust the solution to pH5.0 with acetic acid. Add a few milligrams of Mercury(II) iodide to inhibit mold growth.
2。 Take 22.35g of potassium chloride from 0.3 mol/L potassium chloride solution, dissolve in water, add 5mL of the above-mentioned Potassium Acetate buffer solution, dilute with water to 1000mL, and mix well. Add Mercury(II) iodide, mg.
3。 Take 4.7g of potassium chloride from 0.6 mol/L potassium chloride solution, dissolve in water, add 5mL of the above-mentioned Potassium Acetate buffer solution, dilute with water to 1000mL, and mix well. Add Mercury(II) iodide, mg.
4。 Take 74.5g of potassium chloride from 1mol/L potassium chloride solution, dissolve it with water, add 5mL of the above-mentioned Potassium Acetate buffer, dilute it with water to 1000mL, and mix. Add Mercury(II) iodide, mg.
II. Chromatographic Columns
Using a standard chromatographic column with a length of 20-40 cm and an inner diameter of 20-28 mm, seal a coarse-hole sintered plate. If there are no stoppers respectively, connect a short polyethylene hose at the outlet of the column, and then connect a stopcock with an aperture of 3-4 mm.
III. Operation
Close the stopcock, fill the space between the sintered plate and the stopcock with water, and connect a vacuum line to the stopcock. Using 100-200 mesh or 200-400 mesh strong alkali anion exchange resin (Dowex 18) or styrene/divinylbenzene ion exchange resin of similar grade, and water according to the ratio of 1:1 to make each slurry. Decant the extremely fine particles and foam, and repeat this for 2-3 times, or until there is no fine suspended matter or foam. Fill the chromatographic column with slurry, open the stopcock, and vacuum the tree bed until the water level is slightly higher than the top of the Resin bed, then immediately close the stopcock. Under no circumstances should the water level be lower than the resin level. This is repeated until the resin is 15cm higher than the sintered plate. Take a piece of filter paper closely attached to glass fiber and place it on the top of Resin bed, then take a perforated polyethylene dish and place it on the filter paper. You can also install a layer of loose glass wool on top of the Resin bed. Plug the top of the column with a rubber stopper, insert a 7.6cm long capillary tube (inner diameter 1.5mm, outer diameter 7tnm) in the center of the rubber stopper, and extend about 12mrn below the stopper. Connect the capillary tube with a 500mL separatory funnel lower tube using a length of polyethylene hose. And put separatory funnel in the iron ring above the column. Close all stoppers and add 100mL of water to the separatory funnel to wash the chromatographic column. Loosen the separatory funnel stopcock first, then release the chromatographic column stopcock at a flow rate of about 5mL/min. When the separatory funnel is released, first close the column stopcock, then close the separatory funnel stopcock.
Accurately weigh about 500mg of test sample that has been dried at 105℃ for 4 hours, put it into a 250mL volumetric flask, dissolve it with water and mix it after constant volume. Take 10.0mL of this solution and transfer it to separatory funnel. Open the two stoppers to allow the solution to flow into the chromatographic column. Rinse separatory funnel with water and discard the eluate.
370mL of 0.3mol/L potassium chloride solution was added to the separatory funnel, and the solution was passed through a chromatographic column to discard the eluate. Add 250mL of 0.6mol/L potassium chloride solution to separatory funnel, let the solution pass through the chromatographic column, and collect the eluate in a 400mL beaker. (In order to ensure a clean chromatographic column during the next round of operation, 100mL of 1mol/L potassium chloride solution can be passed through the chromatographic column, with several drops of solution (TS-148), and the solution is neutralized with concentrated ammonia test solution (TS-14). Add 1g ammonium nitrate to crystallize, stir to dissolve, and cool. Add 15mL ammonium molybdate test solution (TS-22) under stirring, and stir strongly for 3min, or place for 10 ~ 15 min under intermittent stirring. The contents of the beaker were filtered by suction filtration, and a 25 mm high porcelain funnel was used, in which a 6 ~ 7mrn thick pulp cushion was placed, and the cushion was covered with a layer of diatomite suspension. After the contents of the beaker are transferred to the filter, the beaker is washed with 1% sodium nitrate or potassium nitrate solution for 5 times and 10mL each time, and the washing liquid is passed through the filter. Then use this lotion to wash the filter 5mL each time 5 times. Return the filter pad and sediment to the beaker, flow them into the beaker with a Photographic processing funnel, and dilute to about 150mL with water. 0.1mol/L sodium hydroxide is added dropwise through a burette until the yellow precipitate is dissolved, and then 5 to 6 RNL is added. Add a few drops of phenolphthalein solution (TS-167) and titrate the excess alkali with 0.1mol/L nitric acid. Finally, it was titrated with 0.1mol/L sodium hydroxide until pink appeared for the first time. The difference between the total amount of 0.1mol/L sodium hydroxide added minus the amount consumed by titration of nitric acid is the amount of 0.1mol/L sodium hydroxide consumed by phosphomolybdate (V; In mL). Finally, the amount of sodium tripolyphosphate (Na5P3O10) in the sample is calculated according to the formula of 0.533×25V, in mg.
Classification
According to its structure and shape, it can be divided into white powder anhydrous substance (Na5P3O10) and hexagonal hydrate (Na5P3O10·6H2O) crystallized from right-angle parallelepiped. anhydrous substance is divided into Type I and Type II. Sodium tripolyphosphate for industrial use is actually a mixture of Type I and Type II. Type I has a fast dissolution rate and a large thermal effect when hydrated to form hexahydrate, which is easy to absorb moisture and agglomerate in the atmosphere. Type II absorbs moisture slowly and is not easy to agglomerate. Therefore, the content of type I in sodium tripolyphosphate for detergent should not be too high, and is generally controlled at 10-30%. [4]
Safety
LD50: 6500 RNG/kg (BW) orally in rats; ADI:MTDI70mg/kg (based on total phosphorus from various sources, FAO/WHO,1994); GRAS:FDA-21CFR173.370; 182.6760 [1] 。
use
Industry
It can be used as detergent additive, and can also be used in petroleum, metallurgy, mining, papermaking, water treatment, etc. It is mainly used as an auxiliary agent for synthetic detergents, as a soap synergist and to prevent soap grease precipitation and silvery. It has strong emulsifying effect on lubricating oil and fat, and can be used to adjust the PH value of buffer soap solution. Water softener for Industrial Water Use. Tanning-agent. Dyeing auxiliaries. In the industries of paint, kaolin, magnesium oxide, calcium carbonate and so on, it is used as dispersant when preparing suspension. Dispersant for drilling mud. The paper industry is used as an anti-oil stain agent. Quality improvers and water retention agents for canned food, fruit juice drinks, dairy products, soybean milk, etc. in the food industry. It is mainly used for tenderizing canned ham and softening bean skin in canned broad bean. It can also be used as softener and thickener.
STPP also has its inevitable environmental hazards. Because it contains phosphorus, it is easy to cause eutrophication of water body.
Due to the introduction of the national phosphorus limitation policy, the application of sodium tripolyphosphate in detergent additives is gradually reduced and gradually replaced by layered sodium silicate, molecular sieve and other products.
Food industry
Water retention agent, quality improver, pH regulator, metal chelating agent. China’s Hygienic Standard for the Use of Food Additives (GB2760-2011) stipulates that the maximum amount of canned food, fruit juice (fruity) drinks and vegetable protein drink is 1.0g/kg;. Dairy products, Poultry products, meat products, ice cream, instant noodles, the maximum amount of ambassador is 5.0g/kg. When compound phosphate is used, the canned meat products shall not exceed 1.0g/kg; based on phosphate. Condensed milk shall not exceed 0.50 g/kg; When this product is used in combination with sodium pyrophosphate and sodium phosphate, it shall not exceed 5g/kg based on phosphate. Western-style cooking and smoked ham shall comply with GB13101-1991 “Hygienic Standard for Western-style Cooking and Smoked Ham”, and the compound usage shall not exceed 5g/kg (western-style ham may be appropriately added, and 8g/kg calculated as phosphate). Other usage reference: For canned ham, it is beneficial to improve the product quality under appropriate conditions, such as the finished product is complete in shape, good in color, tender in meat quality, easy to slice and glossy in section. Sodium tripolyphosphate is used for curing ham raw meat. No.3 mixed salt (refined salt 91.65%, granulated sugar 8%, sodium nitrite 0.35%)2.2kg and sodium tripolyphosphate 85g are added to every l00kg of meat, and the mixture is fully stirred evenly and cured in a cold storage at 0-4℃ for 48-72 hours, with good effect. It can be used in the production of canned broad bean, and can soften bean skin. Many fruits and vegetables have tough skins. As fruits and vegetables mature, the skins become tougher. In fruit and vegetable processing blanching or soaking water, polyphosphate is added to complexe calcium, thus reducing the toughness of the outer skin [1].
Precautions for use
Risk terms: r36/37/38: irrating to eyes, respiratory system and skin. Stimulate eyes, respiratory system and skin.
Security terminology: s24/25: avoidcontact with skin and eyes. Avoid contact with skin and eyes.
Note: s24/25 avoidcontact with skin and eyes. Avoid contact with skin and eyes.
S26 In case of contact with eyes, rinse immediately with plenty of water and seek medical advice。
After contact with eyes carelessly, please use plenty of clear water to Photographic processing immediately and consult a doctor.
S36 Wear suitable protective clothing。
Wear appropriate protective clothing.
Storage and transportation: Store in a sealed container. Store in a cool, dry and well ventilated place away from incompatible substances. Storage is conducive to protected humidity

Shangrao Sodium Tripolyphosphate Suppliers Share the Main Properties and Functions of Sodium Tripolyphosphate

This product of sodium tripolyphosphate from Shangrao sodium tripolyphosphate supplier is widely used in ceramic, washing, printing and dyeing, water treatment, papermaking and other industries. Some technical personnel in the industry have their own unique product requirements in the production process of sodium tripolyphosphate. Solubility, peptization ability, coloring uniformity, etc. According to their own product requirements, they began to seek suitable sodium tripolyphosphate products.

Shangrao sodium tripolyphosphate supplier Xiaobian next decomposes the performance and function of our product:

Performance: Sodium tripolyphosphate specially used for ceramics produced by Chongqing East Sichuan Chemical Industry (Group) Company has a very significant effect on the peptization of ceramic slurry, especially ceramic glaze. Compared with other sodium tripolyphosphate or ceramic diluents in China, the product has the remarkable characteristics of less dosage, lower impurities, better peptization effect and more stable quality.

Function: Reduce the viscosity of the mud, improve the fluidity of the mud and reduce the water content of the mud, thus reducing the damage energy consumption of ball mill and spray drying tower, increasing the output, making the grain grading of the powder more reasonable, improving the comprehensive performance of the powder and increasing the strength of the green body.

Perhaps when you search for sodium tripolyphosphate, you will see many different manufacturers and brands, and the prices are also different, with high prices and low prices. Perhaps new users will ask, “why is your reunion so expensive? In fact, every penny counts, our products are of the most guaranteed quality, and our brand’s reputation in the ceramic industry is also big.

Old users of suppliers of sodium tripolyphosphate in Shangrao often help to publicize our brand after using it and spread a good word of mouth in the industry: the sodium tripolyphosphate produced by Chongqing East Sichuan Group is easy to use and worry about. Compared with the products produced by other manufacturers, the consumption of sodium tripolyphosphate is less and looks expensive on the surface. In fact, the total production cost is more cost-effective than that of sales profit accounting. It not only upgrades the product grade, but also improves the quality of ceramic products!

Shangrao Sodium Tripolyphosphate Suppliers Share the Main Properties and Functions of Sodium Tripolyphosphate

This product of sodium tripolyphosphate from Shangrao sodium tripolyphosphate supplier is widely used in ceramic, washing, printing and dyeing, water treatment, papermaking and other industries. Some technical personnel in the industry have their own unique product requirements in the production process of sodium tripolyphosphate. Solubility, peptization ability, coloring uniformity, etc. According to their own product requirements, they began to seek suitable sodium tripolyphosphate products. Shangrao sodium tripolThis product of sodium tripolyphosphate from Shangrao sodium tripolyphosphate supplier is widely used in ceramic, washing, printing and dyeing, water treatment, papermaking and other industries. Some technical personnel in the industry have their own unique product requirements in the production process of sodium tripolyphosphate. Solubility, peptization ability, coloring uniformity, etc. According to their own product requirements, they began to seek suitable sodium tripolyphosphate products. Shangrao sodium tripolyphosphate supplier Xiaobian next decomposes the performance and function of our product: Performance: Sodium tripolyphosphate specially used for ceramics produced by Chongqing East Sichuan Chemical Industry (Group) Company has a very significant effect on the peptization of ceramic slurry, especially ceramic glaze. Compared with other sodium tripolyphosphate or ceramic diluents in China, the product has the remarkable characteristics of less dosage, lower impurities, better peptization effect and more stable quality. Function: Reduce the viscosity of the mud, improve the fluidity of the mud and reduce the water content of the mud, thus reducing the damage energy consumption of ball mill and spray drying tower, increasing the output, making the grain grading of the powder more reasonable, improving the comprehensive performance of the powder and increasing the strength of the green body. Perhaps when you search for sodium tripolyphosphate, you will see many different manufacturers and brands, and the prices are also different, with high prices and low prices. Perhaps new users will ask, ” why is your reunion so expensive? In fact, every penny counts, our products are of the most guaranteed quality, and our brand’s reputation in the ceramic industry is also big. Old users of suppliers of sodium tripolyphosphate in Shangrao often help to publicize our brand after using it and spread a good reputation in the industry: the sodium tripolyphosphate produced by Chongqing East Sichuan Group is easy to use and worry about. Compared with the products produced by other manufacturers, it uses less and looks expensive on the surface. In fact, it is more cost-effective to calculate the total production cost and sales profit. It not only upgrades the product grade, but also improves the quality of ceramic products! Shangrao Sodium Tripolyphosphate Supplier’s Official Website: www.jiaqi2006.comyphosphate supplier Xiaobian next decomposes the performance and function of our product: Performance: Sodium tripolyphosphate specially used for ceramics produced by Chongqing East Sichuan Chemical Industry (Group) Company has a very significant effect on the peptization of ceramic slurry, especially ceramic glaze. Compared with other sodium tripolyphosphate or ceramic diluents in China, the product has the remarkable characteristics of less dosage, lower impurities, better peptization effect and more stable quality. Function: Reduce the viscosity of the mud, improve the fluidity of the mud and reduce the water content of the mud, thus reducing the damage energy consumption of ball mill and spray drying tower, increasing the output, making the grain grading of the powder more reasonable, improving the comprehensive performance of the powder and increasing the strength of the green body. Perhaps when you search for sodium tripolyphosphate, you will see many different manufacturers and brands, and the prices are also different, with high prices and low prices. Perhaps new users will ask, ” why is your reunion so expensive? In fact, every penny counts, our products are of the most guaranteed quality, and our brand’s reputation in the ceramic industry is also big. Old users of suppliers of sodium tripolyphosphate in Shangrao often help to publicize our brand after using it and spread a good reputation in the industry: the sodium tripolyphosphate produced by Chongqing East Sichuan Group is easy to use and worry about. Compared with the products produced by other manufacturers, it uses less and looks expensive on the surface. In fact, it is more cost-effective to calculate the total production cost and sales profit. It not only upgrades the product grade, but also improves the quality of ceramic products! Shangrao Sodium Tripolyphosphate Supplier’s Official Website: www.jiaqi2006.com

Alkyl Polyglucoside APG-1214

Alkyl Polyglucoside APG-1214 

  • APG 0810 70%

 

Product:

Product Name: Alkyl Polyglucoside APG-1214 

CAS NO.: 110615-47-9

Purity:50%.

 

Technical Index:

 

Item  Specifications
1. Appearance   Light yellow liquid
2. Content (%)   ≥50.0
3. PH Value   11.5-12.5
4. Residual Alcohol   ≤1.0
5. Viscosity (mpa.s 20℃)   ≥1500
6. Ash content (%)  ≤3.0

Application:

It is widely used in hard surface detergents, dish washing detergents, industrial cleaning agent, glyphosate additives, fire additives.

Instruction:

APG1214 is mild, non-irritation to the eyes, good compatibility to environmnt, it can bewidely used in personal care and household washing such as shampoo,hand sanitizer,facial cleanser,shower gel and . It also can be uesd in transparent soap,laundry detergent, dishwashing detergent and other areas, eapecially in the field of infant and child care. Because APG1214 does not need to rinse, especially suitable for no-clean formula such as hair care products and hair gel products.

 

Remarks:

storage

 

When products were stored at room temperature, there will be a small amount of solid precipitation or appearance of turbidity which is due to a small amount of Ca2.Ma2(≤500ppm)at high PHs, but this will have no negative impacts on the properties.When lower PH value down to 9 or less, the products can become clear and transparent.

Packaging

50/120/160/220 kg plastic drum or 1MT IBC

Transportation

Transport as general chemicals, seal upward,rain-proof and sun-proof. Our company can shipment the cargo according to customers demand.

 

Alkyl polyglucoside cas:110615-47-9

 

Alkyl polyglucoside cas:110615-47-9

  • APG 0810 70%

Quick Details

CAS No.: 110615-47-9

Other Names: APG1214

MF: C18H36O6

EINECS No.: 600-975-8

Place of Origin: Tianjin, China (Mainland)

Purity: 50%

Appearance: Colorless Transparent Liquid

Usage: Cosmetic Raw Materials, Detergent Raw Materials, Hair Care Chemicals, Oral Care Chemicals

Brand Name: BRG

Model Number: 50%

Company information:

Tianjin Yuanlong 
Chemical Industry Co., Ltd.

was founded in 1995. It’s located in No. 10 Hanbei Road, Hangu, Binhai New Area, Tianjin, whole factory area covers more than 20,000 square meters. It’s only 25 kms from our plant to Tianjin harbor, very convenient for us to load cargos in our plant. In this way, we control the whole loading process easily, so that we can ensure all packaging are intact.

 

 

APG0810

 APG0810

 

 

  • APG 0810 70%

 

Specifications:

             Items                    Standard                 Results
APHA Hazen 100 max                     80
PH Value 11.5~12.5                     12.1
Solid Content                    50% min                    70.2%
Ash Content                    3.0% max                    1.9%
Residual Alcohol                    1.0 max                     0.2
Viscosity(20℃)                  200 mpa.s  min               9220 mpa.s

 

 

 

 

 

Storage & Handing

Precautions:

The usual precautions for handling chemicals should be observed.

Storage:

No specific storage precautions noted. For further information see product information sheet.

Disposal Considerations   

Disposal methods:

Incineration is recommended. Dispose of in accordance with local authority requirements.

Waste category:

Hazardous waste in accordance with the Council Directive 91/689/EEC of 12 December 1991 on hazardous waste.

Competitive Advantage:

Why us

 1. 18 year’s experience in chemical industry

2. Supply full range of chemical material and work with many brother manufacturers

3. Respond in 24 hours to enquiry, feedback and other requirements.

4. Select the best shipping company according to different line.

5. Claim about quantity should be issued out within 15 days after the cargo arriving White quality

Trait service

-Free sample delivery

 -Prompt reply & instant communication available

-Provide photos for cargo tracing after order confirmation

 

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Alkyl Polyglucoside 0810

Alkyl Polyglucoside 0810

  • The name :

    APG 0810 70%

Place of Origin:

China

Brand Name:

BRG

Model Number:

320.22

 

Minimum Order Quantity:

20’GP

Packaging Details:

50/120/160/220 kgs Plastic Drum,1000/1100kg IBC Drum

Delivery Time:

15~20 days

Payment Terms:

T/T, L/C,D/P

 

Quick Detail:

Product Name:

Alkyl Polyglucoside

Other Names:

APG0810, Alkylpolyglucoside0810

Chemical Formula:

C16H32O6 

CAS No.:

68515-73-1

HS Code:

3402130090

Apperance:

Light Yellow Liquid

 

Description:

    Alkyl Polyglucoside is made from natural fatty alcohols and glucose derived from renewable plants.

APG is the new generation nonionic-surfactant, has features of nonionic and anionic surfactants.As APG has the high surface activity and good ecological security and intermiscibility.

APG was called “Green Surfactant” and was accepted by the world.

Applications:

  1. APG0810 can be widely used in Personal care products and household detergent such as body wash, shampoo, dishwashing liquid, laundry detergent and hand sanitizer.
  2. APG0810 can be widely used is household products, hard surface cleaning, scouring agents in textile industry and oil recovery aid,etc.
  3. APG0810 can be used in bubble water as foaming agents, ad also can be used as pesticide emulsifier, etc.
  4. APG0810 can be prepared, according to customer’s needs(Actives 60%~70%, different PH value).

 

Application

 

Specifications:

             Items                    Standard                 Results
APHA Hazen 100 max                     80
PH Value 11.5~12.5                     12.1
Solid Content                    50% min                    70.2%
Ash Content                    3.0% max                    1.9%
Residual Alcohol                    1.0 max                     0.2
Viscosity(20℃)                  200 mpa.s  min               9220 mpa.s

APG 0810

  • The name :

    APG 0810 60%

 

Alkyl Polyglucoside 0810

Place of Origin:

China

Brand Name:

BRG

Model Number:

320.22

 

Minimum Order Quantity:

20’GP

Packaging Details:

50/120/160/220 kgs Plastic Drum,1000/1100kg IBC Drum

Delivery Time:

15~20 days

Payment Terms:

T/T, L/C,D/P

 

APG 0810

 

Quick Detail:

Product Name:

Alkyl Polyglucoside

Other Names:

APG0810, Alkylpolyglucoside0810

Chemical Formula:

C16H32O6 

CAS No.:

68515-73-1

HS Code:

3402130090

Apperance:

Colorless Transparent Liquid

 

Description:

    Alkyl Polyglucoside is made from natural fatty alcohols and glucose derived from renewable plants.

APG is the new generation nonionic-surfactant, has features of nonionic and anionic surfactants.As APG has the high surface activity and good ecological security and intermiscibility.

APG was called “Green Surfactant” and was accepted by the world.

Applications:

  1. APG0810 can be widely used in Personal care products and household detergent such as body wash, shampoo, dishwashing liquid, laundry detergent and hand sanitizer.
  2. APG0810 can be widely used is household products, hard surface cleaning, scouring agents in textile industry and oil recovery aid,etc.
  3. APG0810 can be used in bubble water as foaming agents, ad also can be used as pesticide emulsifier, etc.
  4. APG0810 can be prepared, according to customer’s needs(Actives 60%~70%, different PH value).

 

 

Caustic Soda Flake/ Pearl 99%, Sodion cyanide

Specifications
1. CAS NO.:1310-73-2
2. HS Code:28151100
3. Purity: 96%, 99%
4. Shape:Flakes, Pearl

Caustic Soda Flake/ Pearl 99%, Sodion cyanide

Caustic Soda Flake/ Pearl 99%, Sodion cyanide

Service
1.Reasonable Price,High Quality
2.Prompt Shipment
Usage
KeyWords: Chemicals|Caustic Soda Pearls 99%
Mainly used as textiles industry, printing, detergent, paper-making, soap-making, metallurgy, Glass, enamel, medicament, oil-refining and making synthetic fiber, plastics, etc.
Property:
White solid or flakes/pearls with strong corrosiveness, easily soluble in water, presenting alkaline solution and heat liberation, presenting deliquescence when exposed to air.

Website: http://www.brgchem.com/