Inside the Mix – Understanding additives in 3D printed concrete
3D printed concrete offers the potential for quick sustainable construction
Lawrence Industries is pleased to announce that we are the winner of the GEOTECH Distributor Award 2019. This annual award is won by the best-performing distributor of the last year. The winner receives a Delftware plate with an inscription.
Traditionally, the award is handed out at the annual distributor dinner during the in-cosmetics global exhibition in April however due to COVID-19, the in-cosmetics exhibition is postponed until October 6-8th. For that reason GEOTECH announced the winner this year during a conference call with all their distributors.
GEOTECH’s Managing Director, Harold van Haren, congratulated Lawrence Industries with the award:
"We are very proud of Lawrence Industries. Last year the company had double-digit growth in turnover, compared to 2018. A significant part of the growth of the business was realized in the segment of decorative paint with Geopearl pearlescent pigments. This growth was fully in line with GEOTECH’s target to extend sales of effect pigments in the paint industry.
Another great accomplishment of the award winner is their successful sales of the complete GEOTECH product portfolio. During the years they established significant business of exclusive products like Geodiamond into personal care but also in volume business of Geopearl into plastics (masterbatch). I am proud to say that GEOTECH and Lawrence Industries have a successful long term cooperation of 18 years now. We want to cherish this and thank Lawrence Industries for the partnership."
To learn more about GEOTECH's range of special effect pigments please get in touch with one of our technical sales team today on 01827 314151, or visit our Geotech product page.
3D printed concrete offers the potential for quick sustainable construction
Expandable graphite and Quarzwerke minerals can be used to enhance flame-retardant systems for EV safety.
High Temperature Expandable Graphite from LUH is able to be used in thermoplastics without expanding during the extrusion process.