Patel Chem Tech Industries has developed Yellow Glyco-X Chemical, a high-performance substance that is perfect for use in the production of soap and detergent. This premium-grade chemical, which is well-known for its superior binding and stabilizing qualities, improves product consistency, increases formulation efficacy, and ensures consistent dispersion of active components. Yellow Glyco-X is precisely engineered in our state-of-the-art facilities and consistently produces favorable results in large-scale detergent applications. Our product, which meets strict quality standards and supports environmentally friendly industrial needs, is backed by more than ten years of manufacturing expertise. Yellow Glyco-X is your reliable partner for exceptional performance and long-term value, whether you're creating new formulations or refining existing ones.

Patel Chem Tech Industries' SLS Color Needles are premium granules based on surfactants that are intended for use in detergent powder compositions. These vibrant, needle-shaped additions increase the foaming and cleaning effectiveness of detergents in addition to their aesthetic appeal. These SLS Color Needles, which are made in our state-of-the-art facilities using precisely designed methods, have a long shelf life, good dispersion, and compatibility with a variety of detergent bases. Our product, which is trusted by top detergent companies, is perfect for private label and bulk manufacturing applications.

Patel Chem Tech Industries provides high-quality Color Speckles Sodium Sulphate, which is perfect for improving the appearance and performance of detergent powders. In addition to enhancing the appearance of the product, they aid in the uniform dispersion of active ingredients during washing, increasing the efficacy of the detergent. Our color speckles, which come in custom sizes and hues, offer outstanding flow, stability, and shelf life and work well with a variety of detergent bases. Manufacturers of detergents and private label brands utilize them extensively, and their efficacy and consistency are rigorously examined.

When making detergent bars, our Glycol Detergent Jelly is a concentrated and strong basis. This jelly, which is made by Patel Chem Tech Industries, has great grease-cutting properties, outstanding foaming, and superb binding. It guarantees a consistent bar texture, a smooth finish, and an extended shelf life because it is made with glycol and other high-activity detergents. Glycol jelly lowers cracking and shrink during storage while improving the detergent cakes' wash quality and a long life. It is perfect for manufacturers of detergent bars who are searching for high-performance, reasonably priced raw materials that are simple to handle using both hot and cold processes.

High-quality detergent needle speckles that improve the look and performance of washing powders are produced by Patel Chem Tech Industries. With their brilliant color and excellent dispersion in detergent bases, these needle-shaped speckles are expertly made from safe chemicals. In addition to being attractive, they help ensure that chemicals are distributed evenly, improving their foam and stain removal capabilities. Our detergent needles, which come in a range of colors and particle sizes, are frequently utilized in both commercial and residential detergent products. They are made according to stringent quality standards and have a long shelf life, are non-reactive, and mix well.

We provide superior linear alkyl benzoene sulphonic acid (LABSA), a necessary anionic surfactant for detergent and cleaning solutions. LABSA, produced by Patel Chem Tech Industries, is perfect for detergent powders, liquids, toilet cleansers, and industrial cleaners because of its superior foaming, mixing, and grease-cutting qualities. Our LABSA is treated for improved purity, solubility, and formulation compatibility, with 90% active substance. It is economical for large-scale production and guarantees consistent outcomes across product batches. Leading detergent makers in India trust our LABSA, which comes in flexible packaging.