Weber’s low dust technology

Weber’s low dust technology

Low Dust Technology is an, advanced formulation that is designed to significantly reduce airborne dust created during the pouring and mixing processes.

It was first introduced to weber.set rapid SPF almost a decade ago and more recently to weber.floor flex and weber.set pro lite-rapid.

The three products also carry Weber Rewards stickers where unique codes can be registered at as part of the refreshed Weber Rewards loyalty scheme.

weber.floor flex is a high performance, fibre-modified, cement-based, self-smoothing screed used for correcting irregularities on difficult surfaces such as concrete slabs, pre-cast elements, wooden flooring and existing ceramic and rigid plastic tiles.  It is also suitable for floating floors and floors with under-floor heating, and will cover flexible coverings, parquet flooring and certain floor paints and can be applied up to 50mm in just one pour. The set-time for light foot traffic, following application, to 1-2 hours allowing fastest possible access for other trades.

weber.set rapid SPF is a rapid setting, flexible, cement-based floor and wall adhesive suitable for interior and exterior use.  Ready for light foot traffic and grouting after two hours, it is available in light grey and white, and packaged in 20kg paper sacks. It can be used to fix all ceramic, porcelain and natural stone floor and wall tiles. It is also suited to under-floor heating applications and on wooden floors that have been over-boarded with WBP plywood or a suitable thickness of cement or fibre board.

weber.set pro lite-rapid floor tile adhesive is suitable for use on all solid substrates, including under-floor heating, and has a high polymer content which provides ultra-flexibility (S2), whilst still maintaining a strong C2 bond strength. weber.set pro lite-rapid also contains Cement Replacement Technology providing an environmentally friendly formulation. The adhesive’s rapid-setting qualities allow light foot traffic and grouting in two hours.

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