Inorganic binder fiber impregnation: BASFRecent Research Landscape
Weak interfacial bonding between polar fibers and non-polar rubber leads to premature composite delamination. Applying a hydrophobized polyethylenimine layer chemically bridges these incompatible phases to ensure structural integrity.
What technical problems is BASF addressing in Inorganic binder fiber impregnation?
Nonuniform core density distribution
(10)evidences
Traditional wood composite binders release volatile organic compounds that pose health risks and regulatory non-compliance. Eliminating these emissions ensures environmental safety and human health protection.
Interfacial bond failure
(3)evidences
Standard adhesives fail to maintain structural integrity between rigid plywood layers and flooring surfaces under thermal stress. Resolving this prevents delamination and dimensional instability in high-traffic environments.
Poor interfacial fiber adhesion
(2)evidences
Weak bonding between inorganic fibers and organic rubber matrices leads to mechanical separation. Enhancing this interface prevents structural delamination and extends composite service life.