Adhesive

Our Products

Tapioca Native Starch

We manufacture Tapioca Native Starch using high-quality tapioca tubers in a modernized processing facility. This starch is designed to meet the needs of a wide range of industrial applications, including paper, packaging, textiles, adhesives, and more. Known for its high purity and reliable performance, it enhances product quality and process efficiency across various sectors.

Maize Native Starch

Our Maize Native Starch is a high-quality, consistent product widely used in the weaving and paper industries. It features non-foaming and non-thinning behavior in boiling solutions, making it highly effective in processes requiring high viscosity. It enhances tensile strength in fibers and improves sizing, contributing to better durability and finish in both textile and paper products.

White Dextrin – EXRAL TRIN-WD

EXRAL TRIN-WD is a White Dextrin obtained by the partial hydrolysis of starch through a controlled heat and acid process. It is characterized by its low viscosity and is widely used as a functional additive in textiles, adhesives, dyes, paper coatings, and food processing. Its versatile properties make it suitable for applications requiring improved film formation, adhesion, and stability.

Yellow Dextrin – EXRAL TRIN-YD

EXRAL TRIN-YD is a Yellow Dextrin with low viscosity, high stickiness, and hygroscopic characteristics. It is extensively used in foundry applications as a binder for cores, where it provides enhanced dry strength. Additionally, it is fully water-soluble and serves effectively in water-soluble adhesives, printing thickeners, and as a binder in paints, making it a valuable ingredient in multiple industrial processes.

Carboxymethyl Starch – EXRAL CMS

We produce EXRAL CMS, a high-performance Carboxymethyl Starch featuring negatively charged carboxymethyl groups (CH₂COO⁻) that impart unique functional properties. EXRAL CMS is primarily used in thickening, stabilization, and water retention applications across industries. Its modified structure allows it to perform effectively in various systems, making it suitable for textiles, construction, food processing, and personal care formulations.