Based on modified silane polymer technology, the moisture-curing sealant flows into riveted joints, fastener lines and irregular roof seams to create a continuous seal.
From safer cars to stronger buildings, adhesives and sealants are the unsung heroes driving innovation, durability, and performance across multiple industries.
Adhesives are positioned as facilitators in circular automotive design, and for them to continue contributing to vehicle circularity, regulation needs to be technology-neutral and ambitious.
Tailor-made materials provide long-term protection for the antennas and sensors essential for the latest keyless entry and exterior door systems in new vehicles.
From flush exterior door handles to keyless functions, customized polybutadiene potting compounds can play a big part in innovative functionalities and the brand-specific design of a vehicle access systems.
The company successfully passed the extensive audit and received Nadcap accreditation for demonstrating its ongoing commitment to quality by satisfying customer requirements and industry specifications.
A two-component, ultra-low density, flame-retardant polyurethane foam is designed for potting and encapsulating lithium-ion battery cells in EV battery modules.
An innovative foam encapsulant is designed to protect the vehicle, the passengers, and the EV industry from the dangers of battery fires.
The U.S. housing market and the continued move towards lighter vehicles are two factors that are driving the U.S. adhesives and sealants industry, as well as the broader chemical sector.
Clariant and Omya joined forces on a new project to tackle concerns surrounding the yellowing of the increasingly popular silane modified polymers (SMP) sealants.
The SILASTIC SA 994X LSR series is a range of primerless, self-adhesive, general purpose, and self-lubricating, one-to-one mix ratio liquid silicone rubbers (LSRs) designed for two-component injection molding with thermoplastic substrates including, but not limited to, polybutylene terephthalate and polyamide.