WC-10Co4Cr Carbides bubuk kanggo mesin umum

Katrangan singkat:

Merk: KF-65
Ukuran partikel: 15-45/10-38/5-30/5-15/5-25μm
Tipe: 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-436-11/WC-503


Detail Produk

Tag produk

Katrangan

KF-65 minangka bubuk WC-10Co4Cr kualitas premium sing wis dirancang kanggo nyukupi kabutuhan industri petroleum, kertas, lan mesin umum.Produk iki nduweni kisaran ukuran partikel serbaguna 15-45 / 10-38 / 5-30 / 5-15 / 5-25μm, saéngga cocog kanggo macem-macem aplikasi.

KF-65 kasedhiya ing rong wujud: sinter & crush, lan agglomerated & sintered.Wangun sinter & crush digawe kanthi sintering bubuk banjur diremuk dadi partikel sing luwih cilik, dene wangun agglomerated & sintered digawe kanthi nglumpukake bubuk dadi partikel sing luwih gedhe sadurunge sintering.Versatility iki ndadekake gampang kanggo nggabungake KF-65 menyang proses manufaktur lan entuk asil sing dikarepake.

Salajengipun, KF-65 sebanding karo produk unggulan liyane kayata AMPERIT 554/556/557/558, METCO/AMDRY 5843/5163, WOKA 3903/3615/3652/3655/3665, PRAXAIR WC-113/1 / WC-7311350, lan PAC 1500. Iki mesthekake yen sampeyan nampa produk saka kualitas dhuwur sing ketemu standar padha merek industri-leading liyane.

Salah sawijining keuntungan utama KF-65 yaiku kemampuan kanggo dadi alternatif kanggo plating kromium keras.Iki minangka pertimbangan penting kanggo perusahaan sing pengin nyuda dampak lingkungan lan tundhuk karo peraturan.Kajaba iku, KF-65 bisa nyedhiyakake permukaan sing luwih alus, nyuda utawa malah ngilangi kabutuhan pasca mesin.Iki bisa ngirit wektu lan dhuwit ing proses manufaktur, nalika isih ngasilake asil sing bermutu.

Apa sampeyan pengin nambah kinerja peralatan, nyuda dampak lingkungan, utawa mung nambah kualitas produk, KF-65 minangka pilihan sing apik.Iki minangka solusi sing dipercaya lan larang regane sing bisa nyukupi panjaluk saka macem-macem industri, kalebu minyak bumi, kertas, lan mesin umum.Coba dina iki lan nemu bedane dhewe.

Produk sing padha

Merk Jeneng produk 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

Spesifikasi

Merk Jeneng produk Ukuran partikel (μm) Kimia (wt%) Jinis Kapadhetan katon Flowability Properti Aplikasi
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 Alternatif hard chromium plating;Petroleum, kertas, mesin umum
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 lan sintered 4,0-6,0 g/cm3 ≤18 s/50g APS, HVOF, HVAF Alternatif hard chromium plating;Petroleum, kertas, mesin umum
KF-65 WC-10Co4Cr 5-25,5-15 9.5-10 5.3-5.6 ≤0.8 Bal. 3.5-4.0 Agglomerated lan sintered 3,5-4,8 g/cm3 Pakan stabil kanggo feeder bubuk HVOF, HVAF Alternatif hard chromium plating; lumahing Gamelan, kurang utawa free kirim mesin;
KF-60 WC-12 Kab 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,Resistensi nyandhang fretting
KF-60 WC-12 Kab 15-45, 10-38, 5-30 10.5-12 4.9-5.4 ≤0.8 Bal. Agglomerated lan sintered 4,0-6,0 g/cm3 ≤18 s/50g APS, HVOF, HVAF Wear resistance,Fretting wear resistance;mesin umum
KF-61 WC-17 Kab 15-45, 10-38 15.5-17 4.5-5.1 ≤0.8 Bal. Agglomerated lan sintered 3,5-5,5 g / cm3 ≤25 s/50g APS, HVOF, HVAF Nyandhang resistance, fretting nyandhang resistance, kateguhan luwih apik; mesin umum
KF-62 WC-25Co 15-45, 10-38 22-26 4.0-4.6 ≤0.8 Bal. Agglomerated lan sintered, Densification 3,0-5,5 g/cm3 ≤25 s/50g APS, Detonasi bedhil, semprotan kadhemen Fretting wear resistance,Kateguhan sing luwih apik
KF-66 WC-23%CrC-7Ni 15-45, 10-38 6.0-6.8 ≤0.8 Bal. 16.5-20 5.5-7 Agglomerated lan sintered 3.0-5.0 g/cm3 ≤25 s/50g APS, HVOF, HVAF Alternatif hard chromium plating; Digunakake kanggo asam konsentrasi kurang / lingkungan alkalin ing 200 ℃;Anti oksidasi lan nyandhang resistance ing 750 ℃
KF-66 43WC-43%CrC-14Ni 15-45,10-38 7.8-8.4 ≤0.8 Bal. 35-38 12-14 Agglomerated lan sintered 2.0-4.0 g/cm3 ≤35 s/50g APS, HVOF, HVAF Alternatif hard chromium plating Digunakna kanggo konsentrasi asam/alkali lingkungan kurang ing 200 ℃
KF-63 WC-10Ni 15-45,10-38 4.5-5.2 ≤0.1 Bal. 8.5-10.5 Agglomerated lan sintered 4,0-6,0 g/cm3 ≤18 s/50g APS, HVF, HVAF Lapisan non-magnetik tahan aus.Resistance korosi sing luwih apik
KF-70 Cr3C2-25NiCr 15-45, 20-53 9-11 ≤1 Bal. 18-21.5 Agglomerated lan sintered ≥2,3 g/cm3 Pakan stabil kanggo feeder bubuk APS, HVOF Anti oksidasi lan nyandhang resistance ing 815 ℃
KF-69 Cr3C2-20NiCr 15-45, 20-53 9-11 ≤1 Bal. 15-17.5 Agglomerated lan sintered ≥2,3 g/cm3 Pakan stabil kanggo feeder bubuk APS, HVOF Anti oksidasi lan nyandhang resistance ing 815 ℃
KF-71 Cr3C2-30NiCr 15-45, 20-53 9-11 ≤1 Bal. 15-17.5 Agglomerated lan sintered ≥2,3 g/cm3 Pakan stabil kanggo feeder bubuk APS, HVOF Anti oksidasi lan nyandhang resistance ing 815 ℃.Kateguhan sing luwih apik
KF-60 WC-12Co (Karbon Kurang) 15-45, 20-53 10.5-12 4.0-4.4 ≤0.8 Bal. Agglomerated lan sintered 4,0-6,0 g/cm3 ≤18 s/50g HVOF, HVAF Digunakake kanggo Zn bath nggulung ing Terus 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 lan sintered 3,0-4,9 g/cm3 ≤30 s/50g HVOF, HVAF Digunakake kanggo Zn bath nggulung ing Terus 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 lan sintered 3,0-4,9 g/cm3 ≤30 s/50g HVOF, HVAF Digunakake kanggo Zn bath nggulung ing Terus 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 lan NiCrBSi mbentuk alloy 4,0-4,9 g/cm3 ≤16 s/50g HVOF, PS Tipe Campuran Alternatif WC + Ni60 ; Pemanfaatan materi sing luwih dhuwur , Konsumsi energi sing luwih murah, impact termal sing luwih murah ; Digunakake kanggo cetakan kaca
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 lan NiCrBSi mbentuk alloy 5,0-7 g/cm3 ≤16 s/50g HVOF, PS Tipe Campuran Alternatif WC + Ni60 ; Pemanfaatan materi sing luwih dhuwur , Konsumsi energi sing luwih murah, impact termal sing luwih murah ; Digunakake kanggo cetakan kaca

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