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ISCAR 16ERM AG 55 IC908 Insert

Rp 185.250 Rp 129.700 (belum PPN)

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Description

ISCAR 16 ERM AG 55 IC908 Insert

Grade : IC908

ISCAR 16 ERM AG 55 IC908 Insert. A hard, fine grain substrate with excellent chipping resistance, combined with a TiAlN PVD coating. Provides high wear and oxidation resistance. Recommended for a very wide range of materials applications and machining conditions.

ISO Range – P/M/K (P15-P30)(M20-M30)(K20-K30)
ISO Range – H/S/N (H20-H30)(S10-S25)

 

Grade or Coating Type PVD
Coating Layers TiAlN

Cutting Speed for:

16ERM AG 55 IC908 – 5921213

ISO Material Material Description Material Condition Cutting Speed Recommendations
P 1 Non-alloy steel and cast steel, free cutting steel <0.25%C Annealed :125 87-166 m/min
P 2 Non-alloy steel and cast steel, free cutting steel >=0.25%C Annealed :190 84-160 m/min
P 3 Non-alloy steel and cast steel, free cutting steel <0.55%C Quench and tempered. :250 80-155 m/min
P 4 Non-alloy steel and cast steel, free cutting steel >=0.55%C Annealed :220 78-149 m/min
P 5 Non-alloy steel and cast steel, free cutting steel >=0.55%C Quenched & tempered. :300 77-142 m/min
P 6 Low alloy & cast steel (less than 5% of alloying elements) Annealed :200 92-140 m/min
P 7 Low alloy & cast steel (less than 5% of alloying elements) Quenched & tempered :275 85-128 m/min
P 8 Low alloy & cast steel (less than 5% of alloying elements) Quenched & tempered :300 80-123 m/min
P 9 Low alloy & cast steel (less than 5% of alloying elements) Quenched & tempered :350 74-119 m/min
P 10 High alloyed steel, cast steel and tool steel Annealed :200 72-124 m/min
P 11 High alloyed steel, cast steel and tool steel Quenched & tempered :325 60-110 m/min
P 12 Stainless steel and cast steel Ferritic/martensitic :200 86-130 m/min
P 13 Stainless steel and cast steel Martensitic :240 85-122 m/min
M 14 Stainless steel and cast steel Austenitic :180 78-122 m/min
K 15 Grey cast iron (GG) Pearlitic/ferritic :180 67-118 m/min
K 16 Grey cast iron (GG) Pearlitic/martensiti :260 60-100 m/min
K 17 Nodular cast iron (GGG) Ferritic :160 56-112 m/min
K 18 Nodular cast iron (GGG) Pearlitic :250 52-95 m/min
K 19 Malleable cast iron Ferritic :130 54-100 m/min
K 20 Malleable cast iron Pearlitic :230 52-109 m/min
N 21 Aluminum-wrought alloy Not cureable : 60 84-257 m/min
N 22 Aluminum-wrought alloy Cured :100 80-204 m/min
N 23 Aluminum-cast, alloyed <12% Si Not cureable : 75 118-300 m/min
N 24 Aluminum-cast, alloyed Cured : 90 118-246 m/min
N 25 Aluminum-cast, alloyed >12% Si High temperature :130 98-226 m/min
N 26 Copper alloys >1% Pb Free cutting :110 94-271 m/min
N 27 Copper alloys Brass : 90 94-271 m/min
N 28 Copper alloys Electrolitic copper :100 94-271 m/min
N 29 Non metallic Duro& fiber plastics : 60 72-278 m/min
N 30 Non metallic Hard rubber : 55 68-262 m/min
S 31 High temp. alloys Fe based Annealed :200 25-52 m/min
S 32 High temp. alloys Fe based Cured :280 23-46 m/min
S 33 High temp. alloys. Ni or Co based Annealed :250 20-34 m/min
S 34 High temp. alloys. Ni or Co based Cured :350 15-29 m/min
S 35 High temp. alloys. Ni or Co based Castr :320 17-31 m/min
S 36 Titanium (pure) Pure :310 48-86 m/min
S 37 Titanium Ti alloys Alpha+beta alloys cu :310 26-58 m/min
H 38 Hardened steel Hardened :560 32-60 m/min
H 39 Hardened steel Hardened :654 29-47 m/min
H 40 Chilled cast iron Cast :400 32-60 m/min
H 41 Cast iron Hardened :560 29-54 m/min

Family Designation:

ER/L-55° External 55° partial profile, laydown threading inserts. ER/L – ground periphery and rake, ERB – with a chipformer and peripherally ground, ERM – with a chipformer. Application: general industry.