Ferrum Base Alloy ad opus lavacrum

Ferrum Base Alloy ad operculum Featured Image

Description:

Brand: KF-JG-2 KF-JG-3 ...
Magnitudo particula: -100 +270 reticulum
Typus: - Gas atomized

Turbine laminae, nozzles, annuli stridor, partes renitentes et corrosio-gerere.
Molendinum liner, columen hydraulicum, ferrum compressor, lamina gestare, balteum gestare, nervum torque.
Chrome repositum durum.

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Product Detail

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Descriptio

KF-JG-2 adhibetur ad lavacrum laminum, nozzulorum, anulorum induendi, virgas hydraulicas, etc. KF-JG-3 bonam habet sphaeritatem, contentus oxygeni humilis, alta duritia, bona durities et rima resistentia praestantes.Adhiberi potest ad reparationem et tutelam variarum spiculorum, valvularum et scutulorum cum corrosione resistentiae, duritiei altae et magni laboris resistentiae requisitis.

Similia products

Brand	Product Name	AMPERIT	METCO/AMDRY	WOKA	PRAXAIR	PAC
KF-310	FeCrBSi
KF-311	FeCrBSiNi
KF-316L	Steel Alloy	377	411003		FE1011236	96
KF-JG-2	FeCrNiMo Austenitic Proprietarium
KF-JG-3	FeCrNiMo Martensitic Proprietarium
KF-Fe901	FeCrBSiNi
KF-Fe62	FeCrBSiNi
KF-Fe35	FeCrBSiNi
KF-Fe40	FeCrBSiNi
KF-D507	FeCrBSiNi
KF-D507Mo	FeCrBSiNi
KF-D547Mo	FeCrBSiNi
KF-D577	FeCrBSiNi

Specification

Brand	Product Name	Chemia (wt%)									duritia	Temperature	Properties & Application
Brand	Product Name	C	Cr	B	Si	Ni	W	Mo	Mn	Fe	duritia	Temperature	Properties & Application
KF-310	FeCrBSi		15	1	1					Bal.	HRC 25	≤ 600ºC	• PTA, HVOF, cladding laser, sphaerica • redde workpiece magnitudine, paper-faciens dryer • moderatus spissitudo, inferior tendentia ad resiliunt • Consectetur lapsum resistentia • bonum machinablility
KF-311	FeCrBSiNi		15	1	1	1				Bal.	HRC 25	≤ 600ºC	• PTA, HVOF, cladding laser, sphaerica • redde workpiece magnitudine • Potius spissitudo et inferior tendentia ad resiliunt • Consectetur lapsum resistentia
KF-316L	Steel Alloy		17		1	12		2.4	0.1	Bal.	HRC 25	≤ 540ºC	•PTA, HVOF, sphaericus • Turbine laminae, nozzles, annuli stridor, fluunt transitus partium sentinae, machina cylindrica pellentesque • bonum corrosione resistentia • Particula et gas erossion resistentia in low temperatus sub 540℃
KF-JG-2	FeCrNiMo Austenitic Proprietarium	<0.08	17		<1.5	10		2-4			HRB 100	≤ 540ºC	• Laser cladding, sphaericus • Turbine laminae, nozzles, annuli stridor, partes repugnantes et corrosio-gerere • Potius quam corrosio et labore resistentia 316L •HRC30 • Puer postea Chrome
KF-JG-3	FeCrNiMo Martensitic Proprietarium	Proprietarius									HRC 54-58	≤ 540ºC	• Laser cladding, sphaericus • Mill liner, columen hydraulicum, umerus compressor, laminam gerunt, balteum gerunt, catena nervum •HRC55 • Puer postea Chrome
KF-Fe901	Ferrum Base Alloy		13	1.6	1.2			0.8		Bal.	HRC 50	≤ 540ºC	• Laser cladding • gere repugnant coatings
KF-Fe62	Ferrum Base Alloy	5	43	1.8	1					Bal.	HRC 62-67	≤ 540ºC	•PTA • oleum diam organo fistulae • Turbine laminae
KF-Fe35	Ferrum Base Alloy		21	1.5	3.5					Bal.	HRC 33-37	≤ 540ºC	• medium pressura valvulae, heatproof scutulis
KF-Fe40	Ferrum Base Alloy		21	1.7	3.5					Bal.	HRC 37-43	≤ 450ºC	• Potius cooperatio cum Fe33-37, valvae superficiem signantes
KF-D507	Ferrum Base Alloy		13							Bal.	HRC 30-35	≤ 450ºC	• Carbonis chalybs, mixtura chalybs, temperatura media et pressionis valvulae altae
KF-D507Mo	Ferrum Base Alloy	2.5	13			6	2	2.5		Bal.	HRC 35-40	≤ 450ºC	• medium temperatus et princeps pressura valvulae
KF-D547Mo	Ferrum Base Alloy		13		5	10			5	Bal.	HRC 35-40	≤ 450ºC	• caliditas et princeps pressura valvulae
KF-D577	Ferrum Base Alloy		13		2	6			13	Bal.	HRC 28	≤ 450ºC	• caliditas et princeps pressura valvulae