LORD Chemlok® 250 adhesive is a one-coat adhe-sive used to bond a variety of elastomers to various substrates during vulcanization of the elastomer. It is composed a mixture of polymers, organic compounds and mineral fi llers dissolved or dispersed in an organic solvent system.
For over 60 years, Chemlok® Adhesives have been providing high performance rubber-to-metal bonds that reduce risk and improve processes in industries like automotive, power generation, civil engineering, oil and gas, and industrial applications. Whatever your challenge, we can help. That’s what makes Chemlok the ultimate in elastomer bonding.
Chemlok 250 adhesive can be used to bond rubber by compression, transfer, injection or other molding proce dures used to make bonded parts. Maximum adhesion obtained when the rubber has completely cured.
That’s what makes Chemlok the ultimate in elastomer bonding. It’s built on technology with generations of proven performance and delivered with uncompromising quality, service and performance.
LORD Chemlok® 250 adhesive is a one-coat adhesive used to bond a variety of elastomers to various substrates during vulcanization of the elastomer. It is composed a mixture of polymers, organic compounds and mineral fillers dissolved or dispersed in an organic solvent system.
For more than 50 years, Chemlok® adhesives have performed in a broad spectrum of industries including automotive, power generation, civil engineering, mining, aerospace, military, oil and gas and industrial applications, to
Chemlok®250 adhesive is a one-coat adhesive that bonds a variety of elastomers to various substrates such as metals, plastics, composites and fabrics. It provides strong adhesion and can be applied as a one- or two-coat system.
El adhesivo Chemlok® 250 de LORD es un revestimiento de una capa que se usa para unir diversos elastómeros a diversos sustratos durante la vulcanización del elastómero. Está formado por una mezcla de polímeros, compuestos orgánicos y rellenos minerales disueltos o dispersos en un sistema de solventes orgánicos.