1 3 4 2 MODEL CREATION 1+2Dreve Dublisil speed Duplicating Silicone Addition-curing, with very good flow properties and an exceptional precision of details. Fast-setting. Advantages: • Time-saving, the models can already be deflasked after 10 minutes because of the short setting time; • Due to the use of the platinum hardener system the moulds are practically free of shrinkage and show a high dimensional stability as well as storage stability. 1 Dublisil 15 speed Easy to divest due to a highly flexible final consistency. Physical data: mixing time 30 s; processing time 3 min; demoulding after 10 min; final hardness 15 Shore A; resetting after deformation > 99.8 %; linear dimensional change < 0.1 %; mixing ratio 1 : 1; A = white, B = turquoise. components A and B 1 pack. 141.766 ml each , 141.772 ml each , 141.729 ml each . , 2Dublisil 20 speed Medium final hardness for stable duplicating moulds e.g. for interlock and milled restorations. Physical data: mixing time 30 s; processing time 3 min; demoulding after 10 min; final hardness 20 Shore A; resetting after deformation > 99.8 %; linear dimensional change < 0.1 %; mixing ratio 1 : 1; A = white, B = blackberry colour. components A and B 1 pack. 141.786 ml each , 141.792 ml each , 141.746 ml each . , 3+4Hinrichs Hinrisil Duplicating Silicone Addition-curing, with low viscosity. 3Hinrisil Silicone for flask duplication with excellent flow properties. Physical data: mixing time under vacuum 40 s; processing time 5 min; demoulding after 30-45 min; final hardness 16-18 Shore A; tensile strength approx. 1.8 N/mm²; elongation at break approx. 220 %; mixing ratio 1 : 1; A = white, B = green. components A and B 1 pack. 142.106 g each , 142.112 g each , 4Hinrisil KL For the tape and flask duplication. Physical data: mixing time under vacuum 40 s; processing time 5 min; demoulding after 30-45 min; final hardness 24-26 Shore A; tensile strength approx. 2.2 N/mm²; elongation at break approx. 310 %; mixing ratio 1 : 1; A = white, B = pink. components A and B 1 pack. 142.156 g each , 142.162 g each ,
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