Oktacore

Modified Starches

Cationic Starch is a modified starch produced by introducing positively charged functional groups into the starch structure, enabling strong interaction with fibrous and negatively charged surfaces. In paper and cardboard production, it supports bonding between fibers, fillers and fine particles, helping improve surface strength, dry strength, retention and process efficiency. Its homogeneous dispersibility allows easy integration into production systems and, depending on the application, may contribute positively to drainage, retention and final product quality. Cationic Starch can be used as a performance-enhancing additive in paper, cardboard, corrugated board and various industrial formulations. The recommended dosage and process conditions should be determined according to the raw-material properties and desired product performance.

Modified Starches

A ready powder adhesive system developed for corrugated board and flute production that combines the required components in one bag. It can be prepared with cold water in 15–25 minutes. No heating, complex preparation process or additional chemicals are required. Suitable for use with testliner, fluting, kraftliner and white papers; and with E, B, C, EB and BC flute types.

Modified Starches

Industrial Modified Starch is a functional raw material obtained by improving natural starch through physical or chemical modification and is used to provide binding, viscosity, film formation and surface strength in various production processes. Its ability to form homogeneous mixtures allows easy integration into different industrial formulations and supports consistent performance during manufacturing. Depending on the application, it can help improve adhesion, mechanical strength, processability and product integrity. Commonly preferred in paper, cardboard, corrugated board, adhesive, textile and various technical applications, Industrial Modified Starch offers an efficient and reliable solution with cost-effective use and a broad application range. The recommended dosage and processing conditions should be determined according to the application requirements and desired performance.