Product Carbon Footprint (PCF) The efficiency improvement of the TE 70 compared to the TE 76 results energy reductions of 11 %. Energy reductions for the TE 1000-AVR compared to the TE 905-AVR are even more impressive with remarkable 26 %. This means that customers get the work done quicker while they use less energy! Our product development teams have been equipped with the first CO emission 2 reduction guidelines and tools to improve the next generation of products. Hilti is determined to reduce the carbon footprints of its products generation by generation. Recycling based on the Hilti TE70-ATC The weight and material information for the TE70-ATC is based on internal documen- tation that discusses the components used (parts list, drawings). The following illus- tration shows the composition of the materials for the Hilti combihammer based on an additional analysis of dismantled parts that were used to verify the EU’s waste of electrical and electronic equipment (WEEE) guideline and to determine the product- related CO emissions. 2 • Steel accounts for slightly more than 36% of the total weight of the new TE 70-ATC. The share of light metals is relatively high, at approximately 7%, due to the light manufacturing measures used to improve ergonomics. • The share of plastics is roughly 46%. The largest share of plastics consist of ther- moplastics (largely acrylintril-butadien-styrol-copolymerisat, abbreviated as ABS, having approximately 24% of the total tool weight). • The remaining weight consists of oils, grease and electronic components. 3ODVWLFV                    S   5 & & 4 3 $ 6 1$ 1" FTJO 1& 51 51 "# 17 16 1.." 163 1MBTUJDT 9999 1MBTUJD
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S Environmental management at Hilti 19