Threads galling generates high costs in industry. Galling when screwing is due to overheating of fixations when screwing is too fast. This phenomena reduces the productivity at time of installation, as well on assembly lines as on construction sites. furthermore, if the fastener is sized up, the operation of restoration is long and expensive. Galling when functioning is also a problem. The assembled parts become impossible to remove without destroying a part of the fasteners.
The anti-seize pre-coating solutions are imperative in the industry by their economic advantages and by their ease of use.
Galling phenomena is present in various situations : Galling when screwing at time of installation of threaded part. Cold welding corrosion under vibration constraints. Rust in severe environment.
To prevent galling during assembly, we apply a dry film lubricant on the threads in order to reduce the coefficient of friction.
To get the anti-seize function, we use a dry and tack-free lubricant which prevents from galling under high temperature (up to 700°C) and under high pressure. The pre-coating allows the control of screwing (low coefficient of friction) and an easy disassembly.
Téléchargez la fiche technique
Avoid galling problems when screwing.
Allows high speed screwing on stainless steel screws / stainless steel nuts assemblies.
Control of the layer thickness, even in holes. Particularly useful for sensors and electronic components.
Allows easy dismantling after high constraints such as : high temperature, high pressure, agressive atmosphere, vibrations…
Control of the technical parameters.
Particularly qualitative solution because it is integrated to the part.
Reduce the installation cost in workshop or construction site.
En poursuivant votre navigation, vous acceptez l’utilisation des cookies à des fins de services et mesure d’audience. Pour obtenir plus d’informations sur les cookies, cliquez-ici
Les paramètres des cookies sur ce site sont définis sur « accepter les cookies » pour vous offrir la meilleure expérience de navigation possible. Si vous continuez à utiliser ce site sans changer vos paramètres de cookies ou si vous cliquez sur "Accepter" ci-dessous, vous consentez à cela.