Sep. 08, 2025
Sodium Tripolyphosphate (STPP) is a key ingredient in the detergent industry, and its importance continues to grow worldwide. At Basekim, we proudly offer premium-quality STPP that is designed to meet the diverse needs of our customers. By choosing Basekim’s STPP, you not only enhance the performance of your products but also ensure consistent, reliable results every time.
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Sodium Tripolyphosphate (STPP) is a versatile compound that plays a crucial role in various industries. With a melting point of 622 degrees Celsius, STPP dissolves easily in water, making it highly effective in numerous cleaning applications. Furthermore, STPP has outstanding chelating capabilities, which allow it to bind with calcium, magnesium, and other ions. As a result, it softens hard water and converts suspension solutions into clear solutions, thereby improving the cleaning process. In addition, STPP is weakly alkaline but not corrosive, ensuring its safety and efficiency. It also acts as a surfactant, providing excellent emulsification for lubricants and fats, which further enhances its effectiveness.
STPP is indispensable in the production of synthetic detergents. By preventing the re-deposition of solid particles in detergent powders, it helps maintain the clarity and efficacy of the detergent, Moreover, STPP acts as a synergist for soap, improving the overall performance of soap formulations. This ensures that your detergents work more efficiently, even in the most demanding cleaning tasks.
Additionally, STPP plays a crucial role in adjusting the pH value of buffer soap solutions, making the detergents more stable and improving their cleaning power. Therefore, using STPP in detergent formulations significantly enhances the product’s performance. As a result, you can expect more effective cleaning and superior results.
Beyond its cleaning capabilities, STPP also serves as a bleaching protectant and deodorant. By improving the bleaching effect, it helps to remove odors caused by metal ions, which further enhances the freshness of your cleaning products. This versatility makes STPP an essential ingredient in various detergent and cleaning product formulations.
At Basekim, we are committed to providing only the highest-quality products. Our STPP meets the following specifications:
At Basekim, we understand the importance of packaging in maintaining product quality and ensuring convenience. That’s why we package our Sodium Tripolyphosphate in 25 kg bags, This packaging option provides easy handling and storage, and it also ensures that the product stays intact during transport. Furthermore, it enables our customers to conveniently store and manage their product inventory.
Basekim stands out because of our commitment to delivering high-quality products and exceptional customer service. When you choose our Sodium Tripolyphosphate, you are choosing a product that boosts the performance of your cleaning formulations. Not only does our STPP improve detergents and soaps, but it also enhances bleaching and deodorizing capabilities. Consequently, you can trust that your products will meet the highest standards of quality.
Moreover, our dedication to innovation ensures that we continue to meet the ever-evolving needs of the detergent industry. We constantly improve our products to keep you ahead of the competition, allowing you to deliver the best possible solutions to your customers.
In conclusion, by selecting Basekim’s Sodium Tripolyphosphate, you gain access to a premium-quality product that can significantly enhance your detergent formulations. Whether you’re looking to improve cleaning performance or develop new and innovative cleaning solutions, our STPP is an essential component for success. Contact us today to discover how our STPP can help your business grow and succeed in the detergent industry.
STPP uses in the production of synthetic detergents, and its content is between detergent powders. Prevents the re-deposition of
solid particles and immersion, as well as the role of alkali in their STPP detergent powders at the water surface.
The manufacture of ceramics requires more know-how, hard work, and quality raw materials than many people understand.
The average Joe gives little thought into the cup or mug that holds his morning coffee, even though it takes much more than a lump of clay and an oven.
Alongside the skill of design, shaping the product, the application of glazes, and the precision required during firing, is the addition of chemicals throughout the various manufacturing stages to improve the final product.
One of the most worthwhile raw materials in ceramic production is sodium tripolyphosphate.
Also known as STPP, sodium tripolyphosphate is an organic compound which is ideal for decreasing the viscosity of glazes, chelating hard metal ions, and also has an excellent degumming effect in ceramic production. It is typically supplied as a white powder or granular product which must be kept dry in a well-ventilated place, away from extremes of heat and cold.
Are you interested in learning more about sodium tripolyphosphate in detergent? Contact us today to secure an expert consultation!
It can be described more scientifically as, “the sodium salt of the polyphosphate penta-anion, which is the conjugate base of triphosphoric acid, and is produced by heating a stoichiometric mixture of disodium phosphate, Na2HPO4 and monosodium phosphate, under carefully controlled conditions”.
The primary use of STPP in ceramic production is through its ability to lower the viscosity of a mass or slurry and in doing so improve the fluidity of a desired material. This can reduce costs, as any reduction in water content helps to lower energy consumption in a ball mill or spray drying tower (spray column).
However, as well as quicker drying, there are other ways that using sodium tripolyphosphate as an additive in ceramic glazes can improve results in ceramic products. These include:
1. STPP can be used to adjust the density of a glaze slurry to prevent excessive dripping and limit foaming.
2. STPP can be used to change a glaze’s rheological properties to limit the emergence of blowholes, pinholes, bumps, and other defects.
3. STPP can also control thixotropy, and therefore reduce deglazing issues.
4. STPP can help to ensure an even application of a glaze, and so limit the formation of unwanted stripes or patches.
5. STPP can be especially beneficial when forming high-quality marble patterns on ceramics, as an additional application on the sieve (wire mesh) can prevent a pattern from blurring after glazing.
6. STPP can improve the efficiency of glaze application, speed up glaze application, and therefore, lower production costs.
Additionally, in some circumstances, it can also be employed as a low-cost plasticizer.
Industrial ceramic producers are all too aware of the importance of rheology, setting times, and glaze efficiency, whether it is for the manufacture of crockery, sanitary products, tiling, or an individual industrial product, such as the insulators on power cables and pylons.
Modern standards and increased expectation on a ceramic’s performance mean that any defect on a glaze can make a product unsellable.
It is therefore essential that extra care be taken when selecting raw materials for use in the ceramics industry.
AG CHEMI GROUP (who sponsor this website) has been supplying industrial ingredients, such as STPP, to manufacturers all over the world for the past 27 years. Allowing business, such as Luxury Table, to produce goods to meet the highest standards.
Overall, sodium tripolyphosphate (STPP) is an excellent dispersing agent for use in industrial ceramic production. It is an incredibly versatile product with uses in detergents and soaps, in leather, battery, and paper production, as well as being employed in as a food preservative. But STPP will always have a practical use as an additive for glazes in the production of ceramics.
To find out more about STPP and its advantages for ceramic production visit AG CHEMI GROUP, call or contact Timor on +420 777 227 387.
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