Wiha Torsions-Bit. Incredibly Elastic for Torque Peaks. Torque The red line indicates the steep increase in torque with hard applications, e.g. in metal. The blue line shows a steady torque increase in soft applications, e.g. in wood working. The main reason for wear and tear Time in soft applications, like wood wor- king is the abrasion of the profile edges because the bit rattles in the screw. In this case a hard bit is required (Wiha HOT). For hard applications like metal, Wiha Torsions-Bits: bitbreakage is the main cause of wear and tear. This occurs mainly Wiha ZOT-Torsions-Bits Wiha HOT-Torsions-Bits Wiha TiN-Torsions-Bits at the torque peaks during the final stage of the application. In Tough, hard Torsion Quality for Extra hard Torsion quality for Tough, hard Torsion quality with this case, a tough bit (Wiha ZOT) hard applications soft applications very hard titanium-nitride (TiN) is required. coating Ideal for applications in metal Ideal for applications in wood Optimum resistance to wear Elastic Torsion zone absorbs Average requirements concer- The special range of Wiha torsion and tear due to very hard TiN the strong torque peaks in the ning elasticity are used to bits with the patented torsion zone coating final phase of the application optimise performance and offers optimum products both for (red line) resistance to wear and tear Combines the advantages of soft and hard screw applications. (blue line) Wiha HOT Bits and ZOT Bits in Highly resistant to wear and one outstanding bit tear due to special heat For trade and DIY treatment For trade and DIY, especially for industry For trade and DIY 146Style C 6.3 (1/4 ). Style C 6.3 (1/4 ). 7010 ZOT ZOT Torsion Bit, Slotted, Style C 6.3. 7012 ZOT ZOT Torsion Bit, Pozidriv, Style C 6.3. Material: High-quality chrome-vanadium steel, through-hardened, hard but elastic. Material: High-quality chrome-vanadium steel, through-hardened, hard but elastic. Geometry: Patented torsion zone to prevent uneven torque distribution. Geometry: Patented torsion zone to prevent uneven torque distribution. Drive: DIN 3126 ISO 1173 Style C 6.3. Drive: DIN 3126 ISO 1173 Style C 6.3. Application: Particularly suited to hard screw applications. Application: Particularly suited to hard screw applications. Order-No. Order-No. 05288 1 4.5 25 0.6 10 1.07 05074 0 PZ1 25 10 0.73 05289 8 5.5 25 0.8 10 1.07 05075 7 PZ2 25 10 0.73 05290 4 5.5 25 1.0 10 1.07 05069 6 PZ3 25 10 0.73 05292 8 6.5 25 1.2 10 1.07 05293 5 8.0 25 1.2 10 1.07 7012 ZOT L ZOT Torsion Bit, Pozidriv, Style C 6.3. Material: High-quality chrome-vanadium steel, through-hardened, hard but elastic. 7011 ZOT ZOT Torsion Bit, Phillips, Style C 6.3. Geometry: Patented torsion zone to prevent uneven torque distribution. Material: High-quality chrome-vanadium steel, through-hardened, hard but elastic. Drive: DIN 3126 ISO 1173 Style C 6.3. Geometry: Patented torsion zone to prevent uneven torque distribution. Application: Particularly suited to hard screw applications. Drive: DIN 3126 ISO 1173 Style C 6.3. Application: Particularly suited to hard screw applications. Order-No. 04693 4 PZ1 50 10 1.75 Order-No. 04691 0 PZ2 50 10 1.75 05299 7 PH1 25 10 0.73 04689 7 PZ3 50 10 1.75 05076 4 PH2 25 10 0.73 05077 1 PH3 25 10 0.73 7012 ACR ACR Bit, Pozidriv, Style C 6.3. Material: High grade chrome-vanadium steel, through hardened. 7011 ZOT L ZOT Torsion Bit, Phillips, Style C 6.3. Geometry: Patented torsion zone to prevent uneven torque distribution. Material: High-quality chrome-vanadium steel, through-hardened, hard but elastic. Drive: DIN 3126 ISO 1173 Style C 6.3. Geometry: Patented torsion zone to prevent uneven torque distribution. Extra: With Anti-Camout ribs. Drive: DIN 3126 ISO 1173 Style C 6.3. Application: Particularly suited to hard screw applications. Order-No. 04922 5 PZ1 25 10 1.07 Order-No. 04923 2 PZ2 25 10 1.07 04699 6 PH1 50 10 1.75 04924 9 PZ3 25 10 1.07 04697 2 PH2 50 10 1.75 04695 8 PH3 50 10 1.75 7015 ZOT ZOT Torsion Bit, TORX , Style C 6.3. Material: High-quality chrome-vanadium steel, through-hardened, hard but elastic. 7011 ACR ACR Bit, Phillips, Style C 6.3. Geometry: Patented torsion zone to prevent uneven torque distribution. Material: High grade chrome-vanadium steel, through hardened. Drive: DIN 3126 ISO 1173 Style C 6.3. Geometry: Patented torsion zone to prevent uneven torque distribution. Application: Particularly suited to hard screw applications. Drive: DIN 3126 ISO 1173 Style C 6.3. Extra: With Anti-Camout ribs. Order-No. 20939 1 T5 25 10 1.16 Order-No. 20940 7 T6 25 10 1.16 04919 5 PH1 25 10 1.07 20942 1 T7 25 10 1.16 04920 1 PH2 25 10 1.07 20945 2 T8 25 10 1.16 04921 8 PH3 25 10 1.07 20946 9 T9 25 10 1.16 20948 3 T10 25 10 1.16 20950 6 T15 25 10 1.16 20952 0 T20 25 10 1.16 20954 4 T25 25 10 1.16 20956 8 T27 25 10 1.16 20958 2 T30 25 10 1.16 20960 5 T40 25 10 1.16 147