Tungaloy Report No. 3-E5 CVD coated grade for steel turning New Line of chipbreakers for Heavy TUNGALOY Extremely stable ol life due amazing chipping resistance
New Triple Technology! Provides a high level of reliability with its excellent fracture resistance! Features Special Surface Technology TUNGALOY Smooth insert surface prevents chip adhesion and improves chip flow. Comparison of coated surfaces Conventional type Adhesion Reinforcement Technology This specialised treatment enhances the bond between the coating and the substrate.
Columnar Stabilization Technology Conventional Crystal structure Stress Substrate Disperses the stress Stress Prevents randomly developed cracks!! Excellent fracture resistance & extended ol life! Growing cracks leads the peeling off the coating T915 (TM) Competir A Competir B T915 chipping or fracture resistance 30,000 impacts/set before edge shows chipping & reaches end of ol life. 0 5,000,000 15,000 0,000 5,000 30,000 35,000 Result Number of impacts : No chipping : Chipping Insert used : CNMG0-** Work material : S5C (C5E) / 5HB Cutting speed: Vc = 150 m/min Feed : f = 0.3 mm/rev Depth of cut : ap = 1.5 mm Work process : Interrupted Coolant : Wet Even under heavy interrupted, the ol life of the T915 is extremely stable. 3
º Grades High Cutting speed Low T95 T9115 T915 T9135 Light T95 P01 - P T9115 P - P0 T915 P0 - P30 T9135 P30 - P0 Heavy Interrupted 1. 91.5. 13.9 91.0.5 13.7 90.0. 13.5 9.0. P05 P P15 P0 P5 P30 P35 P0 ly formed columnar crystal TiCN + AlO3 (For negative type inserts) 1 T95 Light Appli- Grade Substrate Coating layer cation code Specific gravity Main HRA GPa Thickness (µm) Composition P05 conventional P15 conventional T9115 T915 Heavy T9135 Interrupted Highly stable grade for steel turning Special Surface Technology TUNGALOY Features P5 conventional P35 conventional T95 shows excellent performance during high speed. T9115 demonstrates a good balance of wear and impact resistance. Applicable for continuous light interrupted. T915 demonstrates excellent chipping resistance. Applicable for heavy. T9135 shows excellent impact resistance during heavy interrupted. Depth of cut Basic chipbreakers 7 5 3 1 TH TM TSF 0 0.1 0. 0.3 0.5 0. 0.7 Feed Shape Features heavy TSF TM TH 0. 0.3 13º 0º First choice chipbreaker for finishing steels. The dimple structure decreases the contact area between the insert surface and chips, resulting in signifi cant reduction of heat occurrence. General-purpose, low force chipbreaker provided with a wide range of chip control area, featuring the unique protrusion adjacent the corner and sharpness due the high-rake angle. Double-sided, three-dimensional chipbreaker provided with ugher edges and smooth chip breakability. Also excels in highfeed machining. Standard conditions Machining mode Grades Cutting speed Depth of cut Feed Vc (m/min) T95-350 T9115 0-300 TSF T915 0-0. - 1.5 0.0 - T95-350 T9115 0-300 TM T915 0-1.0-5.0 0. - 0.5 T95-350 T9115 0-300 heavy TH T915 0-3.0 -.0 0.3-0.
Depth of cut Complementary chipbreakers 7 5 3 1 TS NS ZM ZF NM AFW Depth of cut 7 5 3 1 S AS All-round 0 0.1 0. 0.3 0.5 0. 0.7 0 0.1 0. 0.3 0.5 0. 0.7 0 0. 0. 0. 1.0 1. 1. 1. 0 0.1 0. 0.3 0.5 0. 0.7 0 0.1 0. 0.3 0.5 0. 0.7 Feed Feed Feed DM ASW Depth of cut 1 1 19 1,1 19,5 THS 5 1,1 TRS 19 TUS 5 Shape Features ZF 0. Suitable for temporary increases in depth of cut such as on flange sections. Excels in chip control and is best for machining of lead free steels. NS 1º The finishing chipbreaker has remarkable chip control under low feed and small depth of cut conditions. Suitable for machining near net shape components. TS Ideal chipbreaker for finishing under a wide range of conditions. Sharp edge allows excellent chip control in the machining of shaft like components. AFW 1º Features positive land and excellent chip control. Applicable for small depth of cut and high-feed. Provided with wiping function. High feed, small depth of cut AS ASW 0. 1º 1º Advanced chipbreaker that is suitable for turning at high feeds and small depths of cut. Applicable for the machining of forged components with high productivity. Negative land design contributes high reliability and edge strength. Applicable for small depth of cut and high-feed. Provided with wiping function. NM ZM 7º 1º NM chipbreaker has a well designed protrusion and a strong edge for increased feed rates. It is suitable for highly productive turning of forged steel. Superior chip control in profiling and machining rounded forms. Ideally suited for machining lead free steels. All-round 0. Highly reliable chipbreaker for under a wide range of conditions from continuous interrupted. DM 0.5 Enhanced chipbreaker with exceptional fracture resistance that provides excellent chip control under a wide range of conditions. S Sharp edge and simply designed chipbreaker offer exceptional chip control and high productivity in applications. heavy New THS 0º Optimum chipbreaker that is suitable for machining with a fluctuating depth of cut in heavy turning. Optimized edge provides high strength and low forces. heavy (Single sided) Heavy (Single sided) New New TRS TUS 0º 0.3 5 º Single sided chipbreaker delivers exceptional chip control when heavy. Small protrusions near the edge decrease contact with the chips. Single sided chipbreaker that has uniquely designed protrusions for outstanding chip control when machining large depths of cut. Optimum edge design increases fracture resistance. 5
Standard conditions Machining mode Grades Cutting speed Depth of cut Feed Vc (m/min) T95-350 T9115 0-300 ZF T915 0-0. - 1.5 0.07-0. T95-350 T9115 0-300 NS T915 0-0.-1.5 0.07-0.5 T95-350 T9115 0-300 TS T915 0-0. - 1.5 0.0-0. T95-350 T9115 0-300 AFW T915 0-0.5-1.5 0. - T95-350 T9115 0-300 AS 0.5 -.0 0. - 0. T915 0 - High feed, small depth of cut T95-350 T9115 0-300 ASW T915 0-0.5 -.0 0.3-0. T95-350 T9115 0-300 NM 0.5 -.0 - T915 0 - T95-350 T9115 0-300 ZM T915 0-0.7 -.0 0. - T95-350 T9115 0-300 All-round T915 0-1.0 -.0 0. - T95-350 T9115 0-300 DM 1.0-5.0 0. - 0.5 T915 0 - T95-350 T9115 0-300 S T915 0-1.0 -.0 0. - New T95-350 Heavy T9115 0-300 THS T915 0-1.5-11.0 0.3-1.0 New T95-350 heavy T9115 0-300 TRS 1.0 -.0 0. - 0. T915 0 - (Single sided) New T95-350 Heavy T9115 0-300 TUS 1.0-1.0 0.5-1.5 (Single sided) T915 0 -
(For positive type inserts) Depth of cut 7 5 3 1 PSF PSS PM PS 0 0 0.1 0.. 0.0.3 0.3 0.5 0.50. 0.0.7 0.7 Feed Shape Features light PSF PSS PS PM 0.1 0º º First choice chipbreaker for finishing with low force and high wear resistance. The PSF has excellent chip control at a low depth of cut and reduces chip control problems. The PSS chipbreaker is suitable for finishing light in stainless steel and internal turning. It has excellent chip control with low forces. This three-dimensional, finishing chipbreaker features excellent chip control and a sharp action. The economical M class insert is applicable for a wide range of applications, delivering highly effi cient boring. Basic chipbreaker for. This features excellent sharpness and chip control. Standard conditions Machining mode Grades Cutting speed Depth of cut Feed Vc (m/min) light interrupted T9115 0-300 PSF T915 0-0.1-0.5 0.0-0.3 light interrupted T9115 0-300 light PSS T915 0-0.3 -.0 0.0-0.3 light interrupted T9115 0-300 PS T915 0-0.5 -.5 0.0-0.3 light interrupted PM T9115 0-300 T915 0-1.0-3.0-0.3 7
Inserts Negative type Rhombic, 0 T95 T9115 T915 T9135 ød s ød1 rε 1.7.7 5.1 *CNMG0-ZF 0. ZF CNMG0-ZF 0. NS *CNMG0-NS 1.7.7 5.1 0. TSF CNMG0-TSF 13º 1º *CNMG0-TSF 1.7.7 5.1 0. CNMG1-TSF 1. TS CNMG0-TS *CNMG0-TS 1.7.7 5.1 0. CNMG1-TS 1. AFW CNMG0-AFW 1 0 0.1 0. 0 0. 0. 0. 1.0 0 0. 0. 0. 1.0 1.7.7 5.1 *CNMG0-AFW 0. High feed, small depth of cut 1º 0 0. 0. 0. 1.0 AS CNMG0-AS *CNMG0-AS 1.7.7 5.1 0. CNMG1-AS 1. ASW *CNMG0-ASW 0. 1º 1º 0 0. 0. 0. 1.0 0 0. 0. 0. 1.0 0. 1.7.7 5.1 CNMG1-ASW 1. *Note: cross sections are of * marked insert. : Scked items
º Rhombic, 0 T95 T9115 T915 T9135 ød s ød1 rε 0. 1.7.7 5.1 *CNMG1-NM 1. NM CNMG0-NM 1º ZM *CNMG0-ZM 0 0. 0. 0. 1.0 Negative inserts 0. CNMG1-ZM 1.7.7 5.1 1. CNMG1-ZM 1. 7º 0 0. 0. 0. 1.0 TM CNMG09030-TM 0. All-round 0. 9.55 3.1 3.1 CNMG09030-TM 0. CNMG0-TM *CNMG0-TM 0. 1.7.7 5.1 CNMG1-TM 1. CNMG1-TM 1. CNMG1-TM 15.75.35.35 1. CNMG1900-TM 0. 19.05.35 7.93 CNMG1901-TM 1. CNMG09030 9.55 3.1 3.1 CNMG09030 0. CNMG0 *CNMG0 0. 1.7.7 5.1 CNMG1 1. CNMG1 1. CNMG0 0. CNMG1 15.75.35.35 1. CNMG1 1. CNMG1900 0. CNMG1901 19.05.35 7.93 1. CNMG1901 1. DM CNMG0-DM 0.5 *CNMG0-DM 1.7.7 5.1 0. CNMG1-DM 1. S CNMG0R-S CNMG0L-S 1.7.7 5.1 *CNMG0R-S 0. 0 0. 0. 0. 1.0 CNMG0L-S 0. *Note: cross sections are of * marked insert. : Scked items 9
Rhombic, 0 heavy heavy (Single sided) New New T95 T9115 T915 T9135 ød s ød1 rε 0. CNMG1-TH 1.7.7 5.1 1. CNMG1-TH 1. CNMG1-TH 1. 15.75.35.35 CNMG1-TH 1. CNMG1901-TH 1. 19.05.35 7.93 CNMG1901-TH 1. 0. CNMG1-THS 1.7.7 5.1 1. CNMG1-THS 1. *CNMG1-THS 1. 15.75.35.35 CNMG1-THS 1. CNMG1901-THS 1. CNMG1901-THS 19.05.35 7.93 1. CNMG190-THS. CNMG509-THS 5. 9.5 9.1. 0. 1.7.7 5.1 CNMM1-TRS 1. *CNMM1-TRS 1. 15.75.35.35 CNMM1-TRS 1. CNMM1901-TRS 1. 19.05.35 7.93 CNMM190-TRS. CNMM509-TRS 5. 9.5 9.1. 1. *CNMM1901-TU 19.05.35 7.93 1. CNMM190-TU. CNMM509-TU 5. 9.5 9.1. TH *CNMG0-TH 0.3 0º THS CNMG0-THS TRS CNMM0-TRS 30 TU CNMM1901-TU 0º 0.3 0.35 0º º 0º 1 1 15 1 9 3 0 0.3 0. 0.9 1. 1.5 19 5 Negative inserts Heavy 0 0. 1. 1..0 (Single sided) TUS *CNMM1900-TUS 0. New CNMM1901-TUS 1. CNMM1901-TUS 19.05.35 7.93 1. 5 CNMM190-TUS. CNMM1903-TUS 3. 5 19 CNMM5091-TUS 1. CNMM509-TUS 5. 9.5 9.1. CNMM5093-TUS 3. - CNMA0 0. CNMA1 1.7.7 5.1 1. CNMA1 1. 0 0. 0. 0. 1.0 *Note: cross sections are of * marked insert. : Scked items
Rhombic, 55 T95 T9115 T915 T9135 ød s ød1 rε DNMG1500-ZF 1.7.7 5.1 0. DNMG1501-ZF 1. DNMG1500-ZF DNMG1500-ZF 1.7.35 5.1 0. DNMG1501-ZF 1. 1.7.7 5.1 *DNMG1500-NS 0. ZF DNMG1500-ZF 0. NS DNMG1500-NS TSF DNMG1500-TSF 13º 1º 1 0 0.1 0. 0 0. 0. 0. 1.0 *DNMG1500-TSF 1.7.7 5.1 0. DNMG1501-TSF 1. DNMG1500-TSF DNMG1500-TSF 1.7.35 5.1 0. DNMG1501-TSF 1. *DNMG1500-TS 1.7.7 5.1 0. DNMG1501-TS 1. DNMG1500-TS 0. 1.7.35 5.1 DNMG1501-TS 1. TS DNMG1500-TS AS DNMG1500-AS *DNMG1500-AS 1.7.7 5.1 0. DNMG1501-AS 1. DNMG1500-AS DNMG1500-AS 1.7.35 5.1 0. 0 0. 0. 0. 1.0 DNMG1501-AS 1. CB *DNMG10-CB 9.55.7 3.1 0. 1º 0 0. 0. 0. 1.0 Negative inserts 31º 0 0. 0. 0. 1.0 NM *DNMG1500-NM 0. 1.7.7 5.1 DNMG1501-NM 1. 1º 0 0. 0. 0. 1.0 ZM *DNMG1500-ZM 0. 1.7.7 5.1 DNMG1501-ZM 1. DNMG1500-ZM 0. 1.7.35 5.1 DNMG1501-ZM 1. 7º0 0. 0. 0. 1.0 *Note: cross sections are of * marked insert. : Scked items 11
º Rhombic, 55 T95 T9115 T915 T9135 ød s ød1 rε TM DNMG10-TM 9.55.7 3.1 DNMG10-TM 0. DNMG1500-TM *DNMG1500-TM 0. 1.7.7 5.1 DNMG1501-TM 1. 0. DNMG1501-TM 1. DNMG1500-TM DNMG1500-TM 0. 1.7.35 5.1 DNMG1501-TM 1. DNMG1501-TM 1. All-round DNMG10 9.55.7 3.1 DNMG10 0. DNMG1500 *DNMG1500 0. 1.7.7 5.1 DNMG1501 1. 0. DNMG1501 1. DNMG1500 DNMG1500 0. 1.7.35 5.1 DNMG1501 1. DNMG1501 1. DM *DNMG1500-DM 0. 1.7.7 5.1 DNMG1501-DM 1. DNMG1500-DM 0.5 DNMG1500-DM 0. 1.7.35 5.1 DNMG1501-DM 1. 0 0. 0. 0. 1.0 DNMG1501-DM 1. S DNMG1500R-S DNMG1500L-S 1.7.7 5.1 *DNMG1500R-S 0. DNMG1500L-S 0. DNMG1500R-S DNMG1500L-S 1.7.35 5.1 DNMG1500R-S 0. DNMG1500L-S 0. TH *DNMG1500-TH 0. DNMG1501-TH 1.7.7 5.1 1. DNMG1501-TH 1. DNMG1500-TH 0. 0.3 DNMG1501-TH 1.7.35 5.1 1. DNMG1501-TH 1. heavy THS DNMG1500-THS 0. New DNMG1501-THS 1.7.7 5.1 1. DNMG1501-THS 1. DNMG1500-THS 0. *DNMG1501-THS 1.7.35 5.1 1. DNMG1501-THS 1. 0º 0º Negative inserts *Note: cross sections are of * marked insert. : Scked items 1
º Square, 90 T95 T9115 T915 T9135 ød s ød1 rε NS *SNMG0-NS 1.7.7 5.1 0. Negative inserts 1º TSF SNMG0-TSF *SNMG0-TSF 1.7.7 5.1 0. SNMG1-TSF 1. 13º TS SNMG0-TS *SNMG0-TS 1.7.7 5.1 0. SNMG1-TS 1. High feed, small depth of cut 0 0. 0. 0. 1.0 ZM *SNMG0-ZM 7º0 0. 0. 0. 1.0 0. 1.7.7 5.1 SNMG1-ZM 1. AS *SNMG0-AS 1.7.7 5.1 0. 1º 0 0. 0. 0. 1.0 TM SNMG09030-TM 9.55 3.1 3.1 SNMG09030-TM 0. SNMG0-TM *SNMG0-TM 0. 1.7.7 5.1 SNMG1-TM 1. SNMG1-TM 1. 0. SNMG1500-TM 15.75.35.35 0. SNMG1501-TM 1. SNMG1900-TM 0. 19.05.35 7.93 SNMG1901-TM 1. *Note: cross sections are of * marked insert. : Scked items 13
Square, 90 heavy heavy (Single sided) Heavy All-round 0. T95 T9115 T915 T9135 ød s ød1 rε SNMG09030 9.55 3.1 3.1 SNMG09030 0. SNMG0 *SNMG0 0. SNMG1 1.7.7 5.1 1. SNMG1 1. SNMG0.0 SNMG1501 1. 15.75.35.35 SNMG1501 1. SNMG1901 1. 19.05.35 7.93 SNMG1901 1. SNMG507 5. 7.9 9.1. 0. 1.7.7 5.1 SNMG1-DM 1. DM *SNMG0-DM 0.5 S SNMG0R-S SNMG0L-S 1.7.7 5.1 *SNMG0R-S 0. SNMG0L-S 0. 0 0. 0. 0. 1.0 TH *SNMG0-TH 0. 1.7.7 5.1 SNMG1-TH 1. SNMG1501-TH 15.75.35.35 1. SNMG1501-TH 1. 0.3 SNMG1901-TH 1. 19.05.35 7.93 SNMG1901-TH 1. THS SNMG0-THS 0. 1.7.7 5.1 New SNMG1-THS 1. 15 SNMG1501-THS 15.75.35.35 1. 1 SNMG1501-THS 1. 5 9 *SNMG1900-THS 0. 19 1,15 SNMG1901-THS 1. 3 19.05.35 7.93 SNMG1901-THS 1. 0 0.3 0. 0.9 1. 1.5 SNMG190-THS. SNMG5071-THS 1. 5. 7.9 9.1 SNMG507-THS. TRS *SNMM1501-TRS 1. 15.75.35.35 New SNMM1501-TRS 1. SNMM1901-TRS 1. 19,5 19.05.35 7.93 0.3 SNMM190-TRS. 15 SNMM509-TRS 5. 9.5 9.1. TU 30 *SNMM1901-TU 1. 19.05.35 7.93 SNMM190-TU. 1 SNMM507-TU 5. 7.9 9.1. 5 1 SNMM509-TU 5. 9.5 9.1. 0.35 19 0º º 0º Negative inserts 1 0º 0 0. 1. 1..0 *Note: cross sections are of * marked insert. : Scked items
Square, 90 Heavy New TUS *SNMM1901-TUS 0º 5 Triangular, 0 5 19 T95 T9115 T915 T9135 ød s ød1 rε 1. SNMM1901-TUS 19.05.35 7.93 1. SNMM190-TUS. SNMM507-TUS. 5. 7.9 9.1 SNMM5073-TUS 3. SNMM509-TUS. 5. 9.5 9.1 SNMM5093-TUS 3. T95 T9115 T915 T9135 ød s ød1 rε ZF TNMG0-ZF 9.55.7 3.1 *TNMG0-ZF 0. 0. NS TNMG0-NS 9.55.7 3.1 *TNMG0-NS 0. TSF TNMG0-TSF 13º 1º 1 0 0.1 0. 0 0. 0. 0. 1.0 *TNMG0-TSF 9.55.7 3.1 0. TNMG1-TSF 1. TS TNMG0-TS Negative inserts *TNMG0-TS 9.55.7 3.1 0. TNMG1-TS 1. High feed, small depth of cut Boring (Double sided) 0 0. 0. 0. 1.0 AS TNMG0-AS 1º 0 0. 0. 0. 1.0 CB TNMG130-CB *TNMG0-AS 9.55.7 3.1 0. TNMG1-AS 1..35 3.1. *TNMG130-CB 0. 31º 0 0. 0. 0. 1.0 *Note: cross sections are of * marked insert. : Scked items 15
º Triangular, 0 T95 T9115 T915 T9135 ød s ød1 rε 0. 9.55.7 3.1 TNMG1-NM 1. NM *TNMG0-NM 1º ZM TNMG0-ZM 0 0. 0. 0. 1.0 Negative inserts TNMG0-ZM 9.55.7 3.1 0. *TNMG1-ZM 1. TNMG01-ZM 1.7.7 5.1 1. 7º TM TNMG130-TM.35 3.1. TNMG130-TM 0. TNMG0-TM *TNMG0-TM 9.55.7 3.1 0. TNMG1-TM 1. 0. TNMG00-TM 0. TNMG01-TM 1.7.7 5.1 1. TNMG01-TM 1. All-round TNMG130.35 3.1. TNMG130 0. TNMG0 *TNMG0 0. TNMG1 9.55.7 3.1 1. TNMG1 1. TNMG0.0 0. TNMG00 0. TNMG01 1.7.7 5.1 1. TNMG01 1. DM *TNMG0-DM 0. 9.55.7 3.1 TNMG1-DM 1. 0 0. 0. 0. 1.0 0.5 heavy S TNMG0R-S TNMG0L-S 9.55.7 3.1 *TNMG0R-S 0. TNMG0L-S 0. TNMG00R-S TNMG00L-S 1.7.7 5.1 TNMG00R-S 0. TNMG00L-S 0. TH *TNMG00-TH 0. 1.7.7 5.1 TNMG01-TH 1. 0.3 0º 0 0. 0. 0. 1.0 *Note: cross sections are of * marked insert. : Scked items 1
Triangular, 0 New heavy Trigon, 0 THS TNMG00-THS T95 T9115 T915 T9135 ød s ød1 rε 0. 1.7.7 5.1 *TNMG01-THS 1. T95 T9115 T915 T9135 ød s ød1 rε 9.55.7 3.1 WNMG000-ZF 0. WNMG000-ZF 1.7.7 5.1 *WNMG000-ZF 0. ZF WNMG000-ZF 0. NS WNMG000-NS 1.7.7 5.1 *WNMG000-NS 0. TSF WNMG000-TSF 13º 0º 1º 9.55.7 3.1 *WNMG000-TSF 0. WNMG000-TSF WNMG000-TSF 1.7.7 5.1 0. WNMG001-TSF 1. TS WNMG000-TS *WNMG000-TS 1.7.7 5.1 0. WNMG001-TS 1. AFW WNMG000-AFW 1 0 0.1 0. 0 0. 0. 0. 1.0 0 0. 0. 0. 1.0 Negative inserts 9.55.7 3.1 WNMG000-AFW 0. WNMG000-AFW 1.7.7 5.1 *WNMG000-AFW 0. High feed, small depth of cut 1º 0 0. 0. 0. 1.0 AS WNMG000-AS 1º 0 0. 0. 0. 1.0 *WNMG000-AS 1.7.7 5.1 0. WNMG001-AS 1. *Note: cross sections are of * marked insert. : Scked items 17
º Trigon, 0 High feed, small depth of cut T95 T9115 T915 T9135 ød s ød1 rε 0. 9.55.7 3.1 WNMG001-ASW 1. *WNMG000-ASW 0. 1.7.7 5.1 WNMG001-ASW 1. ASW WNMG000-ASW 0. 1º 0 0. 0. 0. 1.0 Negative inserts Boring (Double sided) CB WNMG000-CB 31º 9.55.7 3.1 *WNMG000-CB 0. NM *WNMG000-NM 1º 0. 1.7.7 5.1 WNMG001-NM 1. ZM WNMG000-ZM 0. 9.55.7 3.1 WNMG001-ZM 1. 7º 0 0. 0. 0. 1.0 0 0. 0. 0. 1.0 0 0. 0. 0. 1.0 *WNMG000-ZM 0. WNMG001-ZM 1.7.7 5.1 1. WNMG001-ZM 1. TM WNMG000-TM 9.55.7 3.1 WNMG000-TM 0. 0. All-round 0. WNMG000-TM *WNMG000-TM 0. 1.70.7 5.1 WNMG001-TM 1. WNMG001-TM 1. WNMG000 9.55.7 3.1 WNMG000 0. WNMG000 *WNMG000 0. 1.7.7 5.1 WNMG001 1. WNMG001 1. DM *WNMG000-DM 0.5 0. 1.7.7 5.1 WNMG001-DM 1. 0 0. 0. 0. 1.0 *Note: cross sections are of * marked insert. : Scked items 1
º Trigon, 0 heavy TH *WNMG000-TH 0.3 0º THS WNMG000-THS New 0º Negative inserts 0. *WNMG001-THS 1.7.7 5.1 1. WNMG001-THS 1. WNMG01-THS 1. 15.75.35.35 WNMG01-THS 1. Rhombic, 35 T95 T9115 T915 T9135 ød s ød1 rε 0. WNMG001-TH 1.7.7 5.1 1. WNMG001-TH 1. WNMG01-TH 15.75.35.35 1. WNMG01-TH 1. T95 T9115 T915 T9135 ød s ød1 rε *VNMG0-ZF 9.55.7 3.1 0. VNMG1-ZF 1. ZF VNMG0-ZF 13º TSF VNMG0-TSF *VNMG0-TSF 9.55.7 3.1 0. VNMG1-TSF 1. 0 0. 0. 0. 1.0 TS VNMG0-TS 0. *VNMG0-TS 9.55.7 3.1 0. VNMG1-TS 1. ZM *VNMG0-ZM 0. 9.55.7 3.1 VNMG1-ZM 1. 1 0 0.1 0. 0 0. 0. 0. 1.0 7º0 0. 0. 0. 1.0 TM VNMG0-TM 0. *VNMG0-TM 9.55.7 3.1 0. VNMG1-TM 1. *Note: cross sections are of * marked insert. : Scked items 19
Rhombic, 35 All-round 0. Negative inserts T95 T9115 T915 T9135 ød s ød1 rε VNMG0 *VNMG0 9.55.7 3.1 0. VNMG1 1. DM *VNMG0-DM 0. 9.55.7 3.1 0.5 VNMG1-DM 1. 0 0. 0. 0. 1.0 Rhombic, 5 0. ZM YNMG0-ZM 5 9.55.7 3.1 *YNMG0-ZM 0. 7º 3 1 0 0 0 0.1 0. 0.3 0.5 3 1 0 0 0 0.1 0. 0.3 0.5 Round Heavy T95 T9115 T915 T9135 ød s ød1 rε 5 ZF YNMG0-ZF 9.55.7 3.1 *YNMG0-ZF 0. T95 T9115 T915 T9135 ød s ød1 rε 1 RNMG090300-1 9.55 3.97 3.1 - *RNMG00-1 1.7.7 5.1-5 RNMG15000-1 15.75.35.3-15,19 09,1 RNMG19000-1 19.05.35 7.93 - RNMG50900-1 5. 9.5 9. - 0 0. 1. 1..0 *Note: cross sections are of * marked insert. : Scked items 0
Inserts Positive type Rhombic, 0 (7 ) light 0.1 0º PSS CCMT000-PSS.35.3. CCMT000-PSS 0. *CCMT09T30-PSS 9.55 3.97. CCMT09T30-PSS 0. CCMT0-PSS CCMT0-PSS 1.7.7 5.5 0. CCMT1-PSS 1. 0. CCMT000-PS.35.3. *CCMT000-PS 0. CCMT09T30-PS 0. CCMT09T30-PS 9.55 3.97. CCMT09T30-PS 0. CCMT0-PS CCMT0-PS 1.70.7 5.5 0. CCMT1-PS 1..35.3. CCMT000-PM 0. CCMT09T30-PM *CCMT09T30-PM 9.55 3.97. 0. CCMT09T31-PM 1. PS CCMT000-PS 0 0. 0. 0. 1.0 PM CCMT000-PM º 0 0. 0. 0. 1.0 Rhombic, 0 (11 ) T95 T9115 T915 T9135 ød s ød1 rε PSF CCMT000-PSF.35.3. CCMT09T30-PSF 9.55 3.97. *CCMT09T30-PSF 0. T95 T9115 T915 T9135 ød s ød1 rε PSF CPMT000-PSF.35.3. CPMT000-PSF 7.9.3 3. *CPMT09030-PSF 9.55 3.1. CPMT09T30-PSF 9.55 3.97. 0.1 light 0º PSS CPMT000-PSS.35.3. CPMT000-PSS 7.9.3 3. CPMT000-PSS 0. *CPMT09030-PSS 9.55 3.1. CPMT09030-PSS 0. CPMT09T30-PSS 9.53 3.97. CPMT09T30-PSS 0. 0 0. 0. 0. 1.0 *Note: cross sections are of * marked insert. : Scked items 1
Rhombic, 0 (11 ) Positive inserts º 0 0. 0. 0. 1.0 Rhombic, 55 (7 ) T95 T9115 T915 T9135 ød s ød1 rε PS CPMT000-PS 0..35.3. CPMT000-PS CPMT000-PS 0. CPMT000-PS 7.9.3 3. CPMT000-PS 0. *CPMT09030-PS 9.55 3.1. CPMT09030-PS 0. CPMT09T30-PS 0. CPMT09T30-PS 9.55 3.97. CPMT09T30-PS 0. PM CPMT000-PM.35.3. 0. *CPMT09030-PM 9.55 3.1. CPMT09030-PM 0. T95 T9115 T915 T9135 ød s ød1 rε PSF DCMT0700-PSF.35.3. *DCMT11T30-PSF 9.55 3.97. DCMT11T30-PSF 0. light 0.1 PSS DCMT0700-PSS.35.3. DCMT0700-PSS 0. *DCMT11T30-PSS DCMT11T30-PSS 9.55 3.97. 0. DCMT11T31-PSS 1. PS DCMT0700-PS 0º 0. *DCMT0700-PS.35.3. DCMT0700-PS 0. DCMT11T30-PS 0. *DCMT11T30-PS 9.55 3.97. DCMT11T30-PS 0. DCMT11T31-PS 1..35.3. DCMT0700-PM 0. DCMT11T30-PM *DCMT11T30-PM 9.55 3.97. 0. DCMT11T31-PM 1. PM DCMT0700-PM º 11 07 0 0. 0. 0. 1.0 *Note: cross sections are of * marked insert. : Scked items
Square, 90 (7 ) PS *SCMT09T30-PS PM *SCMT09T30-PM º 0 0. 0. 0. 1.0 Positive inserts 9.55 3.97. SCMT09T30-PM 0. SCMT0-PM 0. 1.7.7 5.5 SCMT1-PM 1. Square, 90 (11 ) PS SPMT09030-PS Triangular, 0 (7 ) light T95 T9115 T915 T9135 ød s ød1 rε 9.55 3.97. SCMT09T30-PS 0. SCMT0-PS 1.7.7 5.5 SCMT0-PS 0. T95 T9115 T915 T9135 ød s ød1 rε 9.55 3.1. SPMT09030-PS 0. SPMT0-PS 1.7.7 5.5 *SPMT0-PS 0. T95 T9115 T915 T9135 ød s ød1 rε PSF TCMT0900-PSF 5.5.3.5 *TCMT10-PSF.35.3. TCMT130-PSF.35 3.1. TCMT1T30-PSF 9.55 3.97. 0.1 0º PSS TCMT0900-PSS 5.5.3.5 TCMT0900-PSS 0. *TCMT10-PSS.35.3. TCMT10-PSS 0. TCMT130-PSS.3 3.1. TCMT130-PSS 0. TCMT1T30-PSS TCMT1T30-PSS 9.55 3.97. 0. TCMT1T31-PSS 1. *Note: cross sections are of * marked insert. : Scked items 3
Triangular, 0 (7 ) PS TCMT10-PS PM TCMT10-PM º 0 0. 0. 0. 1.0 Positive inserts Triangular, 0 (11 ) light T95 T9115 T915 T9135 ød s ød1 rε 0. *TCMT10-PS.35.3. TCMT10-PS 0. TCMT130-PS 0. TCMT130-PS.35 3.1. TCMT130-PS 0. TCMT1T30-PS 0. TCMT1T30-PS 9.55 3.97. TCMT1T30-PS 0..35.3. TCMT10-PM 0. *TCMT1T30-PM TCMT1T30-PM 9.55 3.97. 0. TCMT1T31-PM 1. T95 T9115 T915 T9135 ød s ød1 rε PSF TPMT0900-PSF 5.5.3.5 *TPMT10-PSF.35.3. TPMT130-PSF.35 3.1 3. TPMT13030-PSF 7.9 3.1 3. 0.1 TPMT1T30-PSF 9.55 3.97. 0º PSS TPMT0900-PSS 5.5.3.5 TPMT0900-PSS 0. *TPMT10-PSS.35.3. TPMT10-PSS 0. TPMT130-PSS.35 3.1 3. TPMT130-PSS 0. TPMT13030-PSS 7.9 3.1 3. TPMT13030-PSS 0. TPMT1T30-PSS 9.55 3.97. TPMT1T30-PSS 0. 0. TPMT0900-PS 5.5.3.5 TPMT0900-PS 0. TPMT10-PS 0. *TPMT10-PS.35.3. TPMT10-PS 0. TPMT130-PS.35 3.1 3. TPMT130-PS 0. TPMT13030-PS 0. TPMT13030-PS 7.9 3.1 3. TPMT13030-PS 0. TPMT1T30-PS 9.55 3.97. TPMT1T30-PS 0. PS TPMT0900-PS *Note: cross sections are of * marked insert. : Scked items
Triangular, 0 (11 ) PM TPMT10-PM º PS *TPMR130-PS 0 0. 0. 0. 1.0 Triangular, 0 (11 ) without hole Positive inserts Trigon, 0 (11 ) Heavy T95 T9115 T915 T9135 ML *WPMT09075ZPR-ML WPMT09075ZPL-ML 0 0.5 1.0 1.5.0.5 Rhombic, 35 (5 ) T95 T9115 T915 T9135 ød s ød1 rε.35.3. TPMT10-PM 0. TPMT130-PM.35 3.1 3. TPMT130-PM 0. TPMT13030-PM 7.9 3.1 3. TPMT13030-PM 0. *TPMT1T30-PM TPMT1T30-PM 9.55 3.97. 0. TPMT1T31-PM 1. T95 T9115 T915 T9135 ød s ød1 rε.35 3.1 - TPMR130-PS 0. TPMR30-PS 9.55 3.1 - TPMR30-PS 0. ød s ød1 rε 15.0 7 5.5.5 T95 T9115 T915 T9135 ød s ød1 rε PSF VBMT130-PSF.35 3.1. *VBMT0-PSF 9.55.7. light 0.1 0º PSS VBMT130-PSS.35 3.1. VBMT130-PSS 0. *VBMT0-PSS VBMT0-PSS 9.55.7. 0. VBMT1-PSS 1. *Note: cross sections are of * marked insert. : Scked items 5
Rhombic, 35 (5 ) PS *VBMT130-PS Rhombic, 35 (7 ) 0º PSS VCMT130-PSS.35 3.1. VCMT130-PSS 0. *VCMT0-PSS 9.55.7. VCMT0-PSS 0. PS VCMT130-PS Positive inserts light 0. VCMT130-PS.35 3.1. *VCMT130-PS 0. VCMT0-PS 9.55.7. VCMT0-PS 0. Rhombic, 5 (7 ) T95 T9115 T915 T9135 ød s ød1 rε 0. VBMT130-PS.35 3.1. VBMT130-PS 0. VBMT0-PS 0. VBMT0-PS 9.55.7. VBMT0-PS 0. T95 T9115 T915 T9135 ød s ød1 rε PSF VCMT000-PSF.7.3.3 VCMT130-PSF.35 3.1. *VCMT0-PSF 9.55.7. VCMT0-PSF 0. 0.1 T95 T9115 T915 T9135 ød s ød1 rε ZF 5 YWMT11T0-ZF 0..79.7.3 YWMT11T0-ZF 3 *YWMT1T30-ZF 0. 0. 1 0. YWMT1T30-ZF 7.01 3.97. YWMT1T30-ZF 0. º00.1 0. 0.3 0.5 ZM 5 YWMT11T0-ZM.79.7.3 *YWMT1T30-ZM 3 7.01 3.97. YWMT1T30-ZM 0. 1 0. 7º 0 0.1 0. 0.3 0.5 *Note: cross sections are of * marked insert. : Scked items
Round, (7 ) T95 T9115 T915 T9135 ød s ød1 rε RS RCMTT3M0-RS.0 3.97. - RCMTM0-RS 1.0.7. - *RCMTM0-RS 1.0.35 5.5 - RCMT00M0-RS 0.35.5-0. RCMT507M0-RS 5 7.9 7. - 0 0. 0. 0. 1.0 1 RCMT050M0-1 5.0.3.5 - *RCMT00M0-1.0.3. - RCMT003M0-1.0 3.1 3. - Heavy 5º 0º 0º 0 0. 0. 0. 1.0 1 RCMM03M0-1.0 3.1 3. - RCMMM0-1 1.0.7. - *RCMMM0-1 1.0.35 5. - RCMM00M0-1 0.0.35.5 RCMM507M0-1 5.0 7.9 7. 1, 0, 5,1 0 0. 1. 1..0 Positive inserts *Note: cross sections are of * marked insert. : Scked items 7
Practical examples Workpiece type Insert Grade Aumotive parts WNMG001-TM T95 S5C / C5 Shaft parts DNMG1501-TM T95 S5C / C5 Work material Cutting speed: Vc (m/min) Feed: Depth of cut: Machining Coolant Cutting conditions Results Workpiece type Insert Grade Work material T95 Competir ø50 mm ø55 mm 00 0. 0.3.0 1.5 External turning (continuous) Wet WNMG001-TM T9115 T95 0 mm 0 00 00 00 00 0 0 00 300 00 Number of pieces Tool life is doubled. T95 grade offers long and stable ol life due high wear and chipping resistance. Aumotive parts S5C / C5 Tool life is Doubled! Competir External profiling (continuous) Wet Number of pieces TNMG0-TSF T9115 ø50 mm ø55 mm 30 mm T95 at least doubles the ol life. This grade offers extended ol life with improved wear and chipping resistance. Bearing parts SUJ / 0Cr Tool life is Doubled! Cutting speed: Vc (m/min) Feed: Cutting conditions Depth of cut: Machining Coolant 0 0.1 1. 0.7 External and face turning (continuous) External turning (continuous) Wet Wet T9115 Tool life is Doubled! T9115 1. times longer ol life! Results Competir Competir 0 00 00 00 Number of pieces T9115 demonstrates remarkable chipping resistance that delivers stable and extended ol life without any sudden fractures. This ol life is also applicable intermittent machining. 550 00 50 700 750 Number of pieces With improved wear and chipping resistance the T9115 offers stable and long life when finish machining.
Workpiece type Insert Grade Bearing parts WNMG000-ZM T9115 SCM15 / 1CrMo Machine parts CNMG0-TM T9115 S5C / C5 Work material Cutting speed: Vc (m/min) Feed: Cutting conditions Depth of cut: Machining Coolant Results Workpiece type Insert Grade Work material T9115 Competir ø0 mm 0. 0.3 1.0 3.0 External and face turning (continuous) Wet 0 0 00 300 00 Number of pieces T95 has 1.5 times longer ol life. The T9115 offers extremely stable ol life with exceptional fracture resistance that prevents any sudden ol breakages. Aumotive parts DNMG1500-TM T9115 S5C / C5 0 mm ø30 mm T9115 Competir Internal turning (roughing / continuous) Wet 0 0 0 0 0 0 Number of pieces VNMG1-TM T915 ø70 mm ø35 mm Increases productivity by 30%. Machine down-time is reduced. Shaft parts SCM15 / 1CrMo Chipping ø mm Cutting speed: Vc (m/min) Feed: Cutting conditions Depth of cut: Machining Coolant 00 0 0.5 0.35.0 1.3 External profiling (continuous) External and face turning (continuous) Wet Wet T9115 T915 Tool life is Doubled! Results Competir Competir 0 0 0 00 Number of pieces The T9115 machined 190 pieces continuously. The competir insert machined between 0 150 pieces, proving very unstable with frequent fractures. Tool life is extended 1.5 times with Tungaloy insert. 0 50 0 150 Number of pieces Tool life has been doubled. The T915 grade prevents the occurrence of chipping and fracture. 9
Workpiece type Insert Grade Aumotive parts CNMG0-TM T915 SCr0 / 0Cr Machine parts WNMG000 T915 S0C / CE 50 mm Work material ø mm ø0 mm Cutting speed: Vc (m/min) Feed: Cutting conditions Depth of cut: Machining Coolant 0 150 0. 1.0 0.30 (External)0.5 (Facing) 1.0 Face turning (interrupted) External turning (interrupted) Dry Wet T915 Tool life is Doubled! T915 Tool life is Tripled! Results Competir Competir 0 0 00 300 0 0 00 300 Number of pieces Tool life has been doubled. There was no chipping on the edge and ol life proved very stable. Number of pieces The T915 produced 300 pieces. The ol life of the competir s grade was 0 0 pieces, this variation proved unstable. Workpiece type Insert Grade Hub parts CNMG1-TM T915 S53C / C53 Cylinder parts CNMG0-NM T915 SCM0 / CrMo Work material ø1 mm ø00 mm ø00 mm Cutting speed: Vc (m/min) Feed: Cutting conditions Depth of cut: Machining Coolant 00 150 0.3 0.3 1.5 0.3 External and face turning (interrupted) External and face turning (Interrupted) Wet Wet T915 T915 Tool life is Tripled! Results Competir Chipping Competir 0 50 0 150 Number of pieces Tool life has been doubled. T915 grade offers stable and longer life in heavy interrupted. 0 50 0 150 Number of pieces T915 has 3.0 times longer ol life. T915 demonstrates excellent chipping resistance. Applicable for heavy. 30
Workpiece type Insert Grade Aumotive parts CNMG1-TM T915 SCM0 / CrMo Gear parts WNMG001-TM T9135 SCM0 / 1CrMo Work material ø75 mm ø0 mm ø mm Cutting speed: Vc (m/min) Feed: Cutting conditions Depth of cut: Machining Coolant 150 00 0.3 0.3 1.5 1.5 External and face turning (Interrupted) External and face turning (Interrupted) Wet Wet T915 Tool life is Doubled! T9135 1.5 times longer ol life! Results Competir Competir 0 00 00 00 Number of pieces Even when conducting interrupted machining, the T915 provides exceptional stability credit its high impact resistance. 0 50 0 150 00 Number of pieces Tool life of T9135 is significantly improved due reductions in chipping and unexpected fracture. Workpiece type Insert Grade Axle parts CNMG1-TM T9135 S55C / C55 Axle parts CNMG1-TH T9135 S55C / C55 Work material ø90 mm ø70 mm ø mm Cutting speed: Vc (m/min) Feed: Cutting conditions Depth of cut: Machining Coolant 150 0.3 0.35 1.3 1.0 Face turning (Interrupted) External and face turning (Interrupted) Wet Wet T9135 1.5 times longer ol life! T9135.5 times longer ol life! Results Competir Competir 0 50 0 150 00 0 50 0 150 00 Number of pieces T9135 has 1.5 times longer ol life. It reduces chipping on the edge when interrupted. The T9135 also provides good surface finishes and stable ol life. Number of pieces T9135 has.5 times longer ol life. Sudden fractures on the edge when interrupted are drastically reduced deliver significantly longer ol life. 31
Tungaloy Corporation (Head office) 11-1 Yoshima-Kogyodanchi Iwaki-city, Fukushima, 970-11 Japan Phone: +1--3-501 Fax: +1--3-5 www.tungaloy.co.jp Tungaloy America, Inc. 37 N Ventura Drive Arlingn Heights,IL 000, U.S.A. Phone: +1--55-39 Fax: +1--55-39 www.tungaloyamerica.com Tungaloy Canada 3 Elgin St. Unit 3 Brantford, Ontario N3S 7P7, Canada Phone: +1-519-75-5779 Fax: +1-519-75-5791 www.tungaloy.co.jp/ca Tungaloy de Mexico S.A. C Los Arellano 113, Parque Industrial Siglo XXI Aguascalientes, AGS, Mexico 090 Phone: +5-9-99-5 Fax: +5-9-99-511 www.tungaloy.co.jp/mx Tungaloy do Brasil Comércio de Ferramentas de Corte Ltda. Rua dos Sabias N. 130-000 Vinhedo, São Paulo, Brazil Phone: +55-19-3757 Fax: +55-19-3757 www.tungaloy.co.jp/br Tungaloy Germany GmbH An der Alten Ziegelei 1 D-079 Monheim, Germany Phone: +9-173-900-0 Fax: +9-173-900-19 www.tungaloy.de Tungaloy France S.A.S. ZA Courtaboeuf - Le Rio 1 rue de la Terre de feu F-9195 Courtaboeuf Cedex, France Phone: +33-1--300 Fax: +33-1-907-717 www.tungaloy.fr Tungaloy Italia S.r.I. Via E. Andolfa I-01 Milano, Italy Phone: +39-0-501-1 Fax: +39-0-501-5 www.tungaloy.it Tungaloy Czech s.r.o. Turanka 115 CZ-7 00 Brno, Czech Republic Phone: +0-53 13 391 Fax: +0-53 13 39 www.tungaloy.cz Tungaloy Ibérica S.L. C/Miquel Servet, 3B, Nau 7 Pol. Ind. Bufalvent ES-03 Manresa (BCN), Spain Phone: +3 93 113 130 Fax: +3 93 7 79 www.tungaloy.es Tungaloy Scandinavia AB S:t Lars Väg A SE-70 Lund, Sweden Phone: +-11900 Fax: +-11907 www.tungaloy.se Tungaloy Rus, LLC 3-D Harkovsky Lane 30009 Belgorod, Russia Phone: +7 7 00 07 Fax: +7 7 00 0 www.tungaloy.co.jp/ru Tungaloy Polska Sp. z o.o. ul. Genewska 03-93 Warszawa, Poland Phone: +--17-090 Fax: +--17-090 www.tungaloy.co.jp/pl Tungaloy U.K. Ltd The Technology Centre, Wolverhampn Science Park Glaisher Drive, Wolverhampn West Midlands WV 9RU, UK Phone: + 11 309 013 Fax: + 11 70 99 www.tungaloy.co.jp/uk salesinfo@tungaloyuk.co.uk Tungaloy Hungary Kft Erzsébet királyné útja 15 H-11Budapest, Hungary Phone: +3 1 71- Fax: +3 1 71- www.tungaloy.co.jp/hu info@tungaloyols.hu Tungaloy Turkey Dudullu Organize Sanayi Bolgesi DES Sanayi Sitesi 1 Cadde Ticaret Merkezi No.3/7 3779 Umraniye Istanbul, TURKEY Phone: +90 1 50 0 7 Fax: +90 1 50 0 7 www.tungaloy.co.jp/tr info@tungaloy.com.tr Tungaloy Benelux b.v. Tjalk 70 NL-11 NZ Bodegraven, Netherlands Phone: +31 17 30 0 Fax: +31 17 30 9 www.tungaloy-benelux.com Tungaloy Croatia Malinska 30 Samobor, Croatia Phone: +35 1 33 0 Fax: +35 1 337 3 www.tungaloy.hr Tungaloy Cutting Tool (Shanghai) Co.,Ltd. Rm No 01 No. Zhabei Jiangchang No.3 Rd Shanghai 003, China Phone: +-1-33- Fax: +-1-31-191 www.tungaloy.co.jp/tcts Tungaloy Cutting Tool (Thailand) Co.,Ltd. 11th Floor, Sorachai Bldg. 3/7 Soi Sukhumvit 3 Klongnnue, Wattana Bangkok 1, Thailand Phone: +--71-3130 Fax: +--71-313 www.tungaloy.co.th Tungaloy Singapore (Pte.), Ltd. 31 Kaki Bukit Road 3, #05-19 TechLink Singapore 171 Phone: +5-391-133 Fax: +5-99-557 www.tungaloy.co.jp/tspl Tungaloy India Pvt. Ltd. Unit#13, B wing, th floor Kamala Mills Compound Trade World, Lower Parel (West) Mumbai - 000 13. India Phone: +91--1-0 Fax: +91--1-99 www.tungaloy.co.jp/in Tungaloy Korea Co., Ltd #131, Byucksan Digital Valley 5-cha Beotkkot-ro, Geumcheon-gu 153-7 Seoul, Korea Phone: +--1-11 Fax: +--393-95 www.tungaloy.co.jp/krr Tungaloy Malaysia Sdn Bhd 50 K-, Kelana Mall, Jalan SS/1 Kelana Jaya, 7301 Petaling Jaya, Selangor Darul Ehsan Malaysia Phone: +03-705-3 Fax: +03-70-53 www.tungaloy.co.jp/my Tungaloy Australia Pty Ltd Unit 30/33 Lexingn Drive Bella Vista NSW 153, Australia Phone: +1-97- Fax: +1-97- www.tungaloy.co.jp/au PT. Tungaloy Indonesia Kompleks Grand Wisata Block AA- No.3-5 Cibitung Bekasi 175, Indonesia Phone: +-1-1-50 Fax: +-1-1-509 www.tungaloy.co.jp/id Distributed by: ISO 9001 certified ISO 01 certified QC00J005 EC97J113 Tungaloy Corporation Tungaloy Group Japan site and Asian production site 1//199 /11/1997 Produced from Recycled paper Oct. 013 (TJ)