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CO 10% 310 mm Tungsten Carbide Rod with 0.6 Micron TC Phase , 14.37 g / cm3 Density

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Description

CO 10% 310 mm Tungsten Carbide Rod with 0.6 Micron TC Phase, 14.37 g / cm3 Density
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Description:
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Cemented carbide essentially consists of two main components: hard metal tungsten carbide (WC) and binding agent Co.?
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Our carbide rods are sintered by vacuum HIP furnace so that we can guarantee products are with uniform microstructure and high transverse rupture strength.
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The rods offered by us are widely known for their features like excellent hardness, transverse rupture strength, durability.?
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We use optimum quality materials and high-tech computer controlled vacuum furnaces to ensure cemented carbide bar quality.
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- ISO Grade:?K30-K40
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-?with?90%?tungsten?carbide, 10%?cobalt?
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-?Made?of?0.6?micron?ultrafine?TC?powder
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-?Hardness:?92-92.3?HRA
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-?Bending?strength:?≥3800
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-?Density:?14.37?g/cm3
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- Hot Isostatic Pressing Sintered
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-?Standard?length: 310?mm long bar
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Solid rods (Metric):
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D | Tolerance of Diameter (mm) | Length | D | Tolerance of Diameter (mm) | Length |
mm | mm | mm | mm |
3.0 | +0.2/+0.4 | 310 | 10.0 | +0.2/+0.4 | 310 |
4.0 | +0.2/+0.4 | 310 | 12.0 | +0.2/+0.4 | 310 |
5.0 | +0.2/+0.4 | 310 | 14.0 | +0.2/+0.4 | 310 |
6.0 | +0.2/+0.4 | 310 | 16.0 | +0.2/+0.4 | 310 |
7.0 | +0.2/+0.4 | 310 | 18.0 | +0.2/+0.4 | 310 |
8.0 | +0.2/+0.4 | 310 | 20.0 | +0.2/+0.4 | 310 |
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Application:
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Jinlei?Grade | ISO?Grade | The?recommended?tools | Description |
HF30 | K30?- K40 | Solid?carbide?drills
Solid?carbide?end?mills | With 10% cobalt and 90% tungsten carbide. Superior advantages where high toughness and sharp edge profiles are needed. Outstanding performance over a wide range of tool and workpiece types. |
Application | ??Low?cutting?speeds,?high?feed?rates?and?interrupted?cutting
??Multi?purposes?grade?for?endmills,?drills,?routers?and?burrs
??Machining?of?steels,?cast?iron,?stainless?and?heat?resistant?steels
??Machining?of?nickel-based?and?titanium?aerospace?alloys |
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Competitive Advantage:
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Compared to high speed steel, tungsten carbide consists of natural hard and stable phase, and practically doesn’t lose any level of its high hardness when heating up. However, the high hardness of HSS is only in a result of quenching process during which hard phase nucleates & grows. It breaks down easily when annealing. Therefore, carbide tools last significantly longer than HSS. ?
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In addition, carbide allow for faster machining and carbide tools can also withstand higher temperatures than standard high speed steel tools.
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