Rapid industrialization and urbanization are driving global demand for high-temperature insulation materials and entire manufacturing systems.

SMS introduces our latest innovative starch solution, CERABOND 125, a modified tapioca starch binder that is engineered for ceramic fiberboard production using the vacuum forming process. 

Added after ceramic fiber dispersion and silica sol incorporation, CERABOND 125 improves bonding between fibers and fines while optimizing water drainage throughout manufacturing.

Its multifunctional performance helps manufacturers improve both process efficiency and final board quality. 

Key Benefits

Increase Fiber bonding

From the positive charge of CERABOND 125, it functions as an effective binder with specialized adhesion properties that improve bonding between ceramic fibers. 

Increase Production Speed

CERABOND 125 flocculates fibers and fines, enhancing water drainage during the vacuum forming process.

Enhance Green Bond Strength

Ceramic fibers contain silanol functional groups from silica that interact effectively with CERABOND 125 through hydrogen bonding.

Reduce Dust Generation

Fine ceramic fibers can contribute to dust, CERABOND 125 helps reduce dust generation by improving the bonding between fines and fibers. 

Enhance Compressive Strength and Board Hardness

By strengthening fiber-to-fiber bonding, CERABOND 125 improves compressive strength, board hardness, and overall durability of ceramic fiberboards.

Recommended High-Temperature Industrial Applications

• Industrial Furnaces and Kilns
• Ladle Metal Casting Systems
• Sealing and Gasketing
• Thermal Insulation Walls
• High-Temperature Filtration
• Aerospace Insulation 

contact info@smscor.com for technical guidance.