WC-10Co4Cr Carbides powders for general machinery

Short Description:

Brand: KF-65
Particle Size: 15-45/ 10-38/ 5-30/ 5-15/ 5-25μm
Type: Sinter&Crush, Agglomerated&Sintered
KF-65 Similar to AMPERIT 554/556/557/558, METCO/AMDRY 5843/5163, WOKA 3903/3615/3652/3655/3665, PRAXAIR WC-113/WC-436-1/WC-7311350, PAC 1500


Product Detail

Product Tags

Description

KF-65 is a premium quality WC-10Co4Cr powder that has been designed to meet the high demands of the petroleum, paper, and general machinery industries. This product boasts a versatile particle size range of 15-45/ 10-38/ 5-30/ 5-15/ 5-25μm, making it suitable for a wide range of applications.

KF-65 is available in two different forms: sinter & crush, and agglomerated & sintered. The sinter & crush form is made by sintering the powder and then crushing it into smaller particles, while the agglomerated & sintered form is made by agglomerating the powder into larger particles before sintering. This versatility makes it easy to incorporate KF-65 into your manufacturing process and achieve the desired results.

Furthermore, KF-65 is comparable to other leading products such as AMPERIT 554/556/557/558, METCO/AMDRY 5843/5163, WOKA 3903/3615/3652/3655/3665, PRAXAIR WC-113/WC-436-1/WC-7311350, and PAC 1500. This ensures that you receive a product of the highest quality that meets the same standards as other industry-leading brands.

One of the major benefits of KF-65 is its ability to serve as an alternative to hard chromium plating. This is an important consideration for companies looking to reduce their environmental impact and comply with regulations. Additionally, KF-65 can provide a smoother surface finish, reducing or even eliminating the need for post-machining. This can save time and money in the manufacturing process, while still delivering high-quality results.

Whether you are looking to improve the performance of your equipment, reduce your environmental impact, or simply improve the quality of your products, KF-65 is an excellent choice. It is a reliable and cost-effective solution that can meet the demands of a wide variety of industries, including petroleum, paper, and general machinery. Try it today and experience the difference for yourself.

Similar products

Brand Product Name AMPERIT METCO/AMDRY WOKA PRAXAIR PAC
KF-65 WC-10Co4Cr 554 5843  3903 WC-113WC-436-1
WC-10Co4Cr 556 / 557 / 558 5163 3651 / 36523655 / 3665 WC-7311350 1500
WC-10Co4Cr . . 3660FC . 1500

Specification

Brand Product Name Particle Size (μm) Chemistry (wt%) Type Apparent density Flowability Properties Application
Co C Fe W Cr B Si Ni
KF-65 WC-10Co4Cr 15-45, 10-38 9.5-10 5.3-5.6 ≤0.8 Bal. 3.5-4.0 Sinter&Crush 5.5-6.5g/cm3 ≤25 s/50g APS,HVOF,HVAF Alternative hard chromium plating; Petroleum, paper, general machinery
KF-65 WC-10Co4Cr 15-45,10-38,5-30 9.5-10 5.3-5.6 ≤0.8 Bal. 3.5-4.0 Agglomerated and sintered 4.0-6.0 g/cm3 ≤18 s/50g APS,HVOF,HVAF Alternative hard chromium plating; Petroleum, paper, general machinery
KF-65 WC-10Co4Cr 5-25,5-15 9.5-10 5.3-5.6 ≤0.8 Bal. 3.5-4.0 Agglomerated and sintered 3.5-4.8 g/cm3 Stable feeding to powder feeder HVOF,HVAF Alternative hard chromium plating;Smoother surface, less or free post machining;
KF-60 WC-12Co 15-45,10-63 10.5-12 4.9-5.4 ≤0.8 Bal. Sinter&Crush 5.5-6.5 g/cm3 ≤25 s/50g APS,HVOF Wear resistance,Fretting wear  resistance
KF-60 WC-12Co 15-45,10-38,5-30 10.5-12 4.9-5.4 ≤0.8 Bal. Agglomerated and sintered 4.0-6.0 g/cm3 ≤18 s/50g APS,HVOF,HVAF Wear resistance,Fretting wear  resistance;general machinery
KF-61 WC-17Co 15-45,10-38 15.5-17 4.5-5.1 ≤0.8 Bal. Agglomerated and sintered 3.5-5.5 g/cm3 ≤25 s/50g APS,HVOF,HVAF Wear resistance,Fretting wear  resistance,Better toughness; general machinery
KF-62 WC-25Co 15-45,10-38 22-26 4.0-4.6 ≤0.8 Bal. Agglomerated and sintered, Densification 3.0-5.5 g/cm3 ≤25 s/50g APS, Detonation guns,cold spray Fretting wear  resistance,Better toughness
KF-66 WC-23%CrC-7Ni 15-45,10-38 6.0-6.8 ≤0.8 Bal. 16.5-20 5.5-7 Agglomerated and sintered 3.0-5.0 g/cm3 ≤25 s/50g APS,HVOF,HVAF Alternative hard chromium plating;Used for low concentration acid/alkali environment at 200 ℃;  Anti oxidation and wear resistance at 750 ℃
KF-66 43WC-43%CrC-14Ni 15-45,10-38 7.8-8.4 ≤0.8 Bal. 35-38 12-14 Agglomerated and sintered 2.0-4.0 g/cm3 ≤35 s/50g APS,HVOF,HVAF Alternative hard chromium plating Used for low concentration acid/alkali environment at 200 ℃
KF-63 WC-10Ni 15-45,10-38 4.5-5.2 ≤0.1 Bal. 8.5-10.5 Agglomerated and sintered 4.0-6.0 g/cm3 ≤18 s/50g APS,HVF,HVAF Non magnetic wear resistant coating. Better corrosion resistance
KF-70 Cr3C2-25NiCr 15-45, 20-53 9-11 ≤1 Bal. 18-21.5 Agglomerated and sintered ≥2.3 g/cm3 Stable feeding to powder feeder APS,HVOF Anti oxidation and wear resistance at 815 ℃
KF-69 Cr3C2-20NiCr 15-45, 20-53 9-11 ≤1 Bal. 15-17.5 Agglomerated and sintered ≥2.3 g/cm3 Stable feeding to powder feeder APS,HVOF Anti oxidation and wear resistance at 815 ℃
KF-71 Cr3C2-30NiCr 15-45, 20-53 9-11 ≤1 Bal. 15-17.5 Agglomerated and sintered ≥2.3 g/cm3 Stable feeding to powder feeder APS,HVOF Anti oxidation and wear resistance at 815 ℃. Better toughness
KF-60 WC-12Co (Low Carbon) 15-45, 20-53 10.5-12 4.0-4.4 ≤0.8 Bal. Agglomerated and sintered 4.0-6.0 g/cm3 ≤18 s/50g HVOF,HVAF Used for Zn bath rolls in Continuous Galvanizing Lines
KF-68 WC-30WB-10Co 15-45,20-53,10-38 9-11 3.5-3.9 Bal. 1.4-1.7 Agglomerated and sintered 3.0-4.9 g/cm3 ≤30 s/50g HVOF,HVAF Used for Zn bath rolls in Continuous Galvanizing Lines
KF-68 WC-30WB-5Co5Cr 15-45,20-53,10-38 4-6 3.5-3.9 Bal. 4-6 1.4-1.7 Agglomerated and sintered 3.0-4.9 g/cm3 ≤30 s/50g HVOF,HVAF Used for Zn bath rolls in Continuous Galvanizing Lines
KF-300E 35%WC-NiCrBSi 15-53,45-104 2.5-3.2 1.0-2.6 32-35 7.5-9 1.5-1.9 2.0-2.7 Bal. WC and NiCrBSi forming alloy 4.0-4.9 g/cm3 ≤16 s/50g HVOF,PS Alternative Blended type WC+Ni60;Higher material utilization,Lower energy consumption, lower thermal impact;Used for glass mold
KF-300F 50%WC-NiCrBSi 15-53,45-104 3.2-4.3 0.8-2.0 45-48 5.8-7.2 1.0-1.7 1.5-2.4 Bal. WC and NiCrBSi forming alloy 5.0-7 g/cm3 ≤16 s/50g HVOF,PS Alternative Blended type WC+Ni60;Higher material utilization,Lower energy consumption, lower thermal impact;Used for glass mold

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