FH® High Temperature Well-type Furnace Fixtures | Admisce Ferro Trays & Racks

Notam: FH®

Certification: ISO9001, ISO14001

Materia: Calor repugnans Ferro

Gradus materialis: 1.4849 (ZG40Cr19Ni39Nb)

Magnitudo: φ2000x1750mm or Nativus Secundum tuum Miscellaneous

Temperatus operating: 1100℃

MOQ: 2 Pieces

FH® Curatio caloris fixtures — caliditas resistens, customizabilis caloris industrialis adfixa curatio Wuxi Junteng Fanghu Alloy Technology Co, Ltd., compatible cum IPSEN, AICHELIN, AFC, SECO/WARWICK, AEQUOR, INDUCTOTHERM, IVA SCHMETZ, ECM, FEENG, MATTSA, POD. DOWA, CAN-ENG, SANYONG, TENOVA et alias faces globalis fornacis.

FH® 1.4849 Bene-genus fornacis Fixture System

Key Beneficia

Sincerus 1.4849 (ZG40Cr19Ni39Nb)
Superior nickel, chromium, et silicium contentum quam 310S - eximiae vires subrepunt et anti-carburizationis in temperaturis usque ad 1050°C.
Complete Systema SOLUTIO
Basis lance intermedia cophini summitas eget - ut ratio integrata constituitur stabilis positio gasi et optimalis fluxus.
Gravis-Load supportantes
Costae structurae firmatae et fulcientes pedes pondus aequaliter distribuunt — altas acervos partium sustinet vel sportas multiplices sine medio deflectens.
Anti-Carburization euismod
Silicon contentum altum (1.5-2.5%) efficit claustrum SiO₂ contra carbonis penetrationem – vitam servitutem in ditibus atmosphaerae carburizing extendit.
Gas Circulation Optimized
Pedes erecti in basi lance patente exemplaria requirendi permittunt gas calidum calidum circa omnes superficies fluere - uniformis calefactio ab imo ad summum.
Consuetudo configurationis
Circularis vel rectangula - praecise matched cum diametro interna camino tuo. Segment bene magna diam.

Technical Specifications

Parameter	Precium
Materia	1.4849 (ZG40Cr19Ni39Nb) - certified
Maximilianus. continuus temp.	1050°C
Breve tempus apicem temp.	1100°C
Maximilianus. summa onus	500 - 2000 kg (dependens consilium)
Fabricatio	Subtilitas laser / TIG welding or investment ajection
Figura	Circularis (vexillum) seu rectangulum
Vexillum diametri	600 mm, 800 mm, 1000 mm, 1200 mm.
Expectata servitium vitae	400 - 600 carburizing circuitus
Materia test certificate (MTC) weld/cast inspection report included with every FH® system

Cur elige FH® 1.4849 Bene-typus Fornacis fixtures?
1. 1.4849

Property	310S	1.4849	Commodum
Robur in M°C	Baseline	40%	Minus deflectens
Anti-carburization	Moderatus	Summus	Diues in atmosphaera iam vita
Repugnantia oxidatio	bonum	Praeclarus	Minus scalis
Scelerisque lassitudine resistentia	bonum	Superior	Pauciores rimis
Typical vita exolvuntur	150-250	400-600	400-600

2. Systema Universa - Lorem opus Together

Component	Munus	Clavis Feature
Basis lance	Fundamentum, gas fluxus	Pedes erecti, costas aucti
Stacking baskets	Pars continentiae	Aperta eget, margines laeves
Top malesuada euismod	Secure summo accumsan	Pondus retentio, anti-tip

3. Anti-Carburization Technology
In fornacibus bene speciebus carburizing, carbo carbonis adfixa ordinaria penetrat et emollit. FH® 1.4848 pluma adfixa:

Summus Pii content - forms firmum SiO₂ obice
Pre-oxidatio curatio - Cr₂O tutela gignit accumsan
Superficiem densam metam - reduces ipsum adhaesionem

4. Designed for Bene-genus fornacis provocationes

Provocare	FH® Solution
Gravis acervos (2-3 metra alta)	Roborati costas altum serpunt viribus alloy
Imo iacuit inaequale calefactio	Pedes aperto euismod exemplaria erexit
Difficilis summo aditum remotionem	Segment optiones pro magnis diametris
Scelerisque cursus lacus	Anguli rotundi accentus-welds elevetur

Applications

Bene-genus / fovea carburizing fornaces
Bene-genus carbonitriding fornacibus
Bene type furnum (caliditas)
Bene-genus caecitatem fornacibus
Partes: magni anni, spicula, annuli, dies, instrumentum, iactus gravis, fistulae longae

Materia Grade Tabula:

Calor repugnans Ferro
/	GB	DIN	ASTM	JIS	Chemical Compositio (%)								Maximum Operatio Temperature
/	GB	DIN	ASTM	JIS	C	Si	Mn	Cr	Ni	Nb/Cb	Mo	Other	Maximum Operatio Temperature
1	ZG40Cr27Ni4	1.4823	HD	SCH11	0.30 - 0.50	≤2.00	≤1.00	24.00 - 28.00	4.00 - 6.00	-	≤0.50	-	1050℃
2	ZG40Cr22Ni10	1.4826	HF	SCH12	0.30 - 0.50	1.00 - 2.50	≤2.00	19.00 - 23.00	8.00 - 12.00	-	≤0.50	-	950℃
3	ZG30Cr28Ni10	-	ILLE'	SCH17	0.20 - 0.50	≤2.00	≤2.00	26.00 - 30.00	8.00 - 11.00	-	-	-	1050℃
4	ZG40Cr25Ni12	1.4837	HH	SCH13	0.30 - 0.50	1.00 - 2.50	≤2.00	24.00 - 27.00	11.00 - 14.00	-	≤0.50	-	1050℃
5	ZG30Cr28Ni16	-	HI*	SCH18	0.20 - 0.50	≤2.00	≤2.00	26.00 - 30.00	14.00 - 18.00	-	-	-	1100℃
6	ZG40Cr25Ni20Si2	1.4848	HK	SCH21	0.30 - 0.50	≤1.75	≤1.50	23.00 - 27.00	19.00 - 22.00	-	≤0.50	-	1100℃
7	ZG30Cr20Ni25	-	HN	SCH19	0.20 - 0.50	≤2.00	≤2.00	19.00 - 23.00	23.00 - 27.00	-	-	-	1100℃
8	ZG40Cr19Ni39	1.4865	HU	SCH20	0.35 - 0.75	≤2.50	≤2.00	17.00 - 21.00	37.00 - 41.00	-	-	-	1020℃
9	ZG40Cr15Ni35	1.4806	HT	SCH15	0.35 - 0.70	≤2.00	≤2.00	15.00 - 19.00	33.00 - 37.00	-	≤0.50	-	1000℃
10	ZG40Cr25Ni35Nb	1.4852	HPCb	SCH24Nb	0.30 - 0.50	≤2.00	≤2.00	24.00 - 28.00	33.00 - 37.00	0.80 - 1.80	≤0.50	-	1100℃
11	ZG40Cr19Ni39Nb	1.4849	-	-	0.30 - 0.50	1.00 - 2.50	≤2.00	18.00 - 21.00	36.00 - 39.00	1.20- 1.80	≤0.50	-	1100℃
12	ZG40Cr24Ni24Nb	1.4855	-	-	0.30 - 0.50	1.00 - 2.50	≤2.00	23.00 - 25.00	23.00 - 25.00	0.80 - 1.80	≤0.50	-	1050℃
13	ZG40Cr25Ni35	1.4857	HP	SCH24	0.35 - 0.50	1.00 - 2.50	≤2.00	24.00 - 28.00	33.00 - 37.00	-	≤0.50	-	1100℃
14	ZG1Cr20Ni32Nb	1.4859	-	-	0.06 - 0.15	0.50 - 1.50	≤2.00	19.00 - 21.00	31.00 - 33.00	0.50 - 1.50	≤0.50	-	1050℃
15	ZG45Cr12Ni60	-	HW	-	0.35 - 0.75	≤2.00	≤2.00	10.00 - 14.00	58.00 - 62.00	-	-	-	1100℃
16	ZG45Cr18Ni66	-	HX	-	0.35 - 0.75	≤2.00	≤2.00	15.00 - 19.00	64.00 - 68.00	-	-	-	1100℃
17	ZG1Cr28Co50	2.4778	-	-	0.05 - 0.25	0.50 - 1.00	≤1.50	27.00 - 30.00	≤1.00	≤0.50	≤0.50	Co:48.0 - 52.0	1200℃
18	ZG30Cr28Co50Nb	2.4779	-	-	0.25 - 0.35	0.50 - 1.50	0.50 - 1.50	27.00 - 29.00	-	1.50 - 2.50	≤0.50	Co:48.0 - 52.0	1200℃
19	ZG40Cr28Ni48W5	2.4879	-	SCH42	0.35 - 0.55	1.00 - 2.00	≤1.50	27.00 - 30.00	47.00 - 50.00	-	≤0.50	W:4.0 - 5.5	1200℃

Genuina Photos of FH® Caloris Curatio Fixtures

Processus ordinans

Praebent fornacem diametri internam (vel L×W), profunditatem et methodum accessum
Partis dimensiones, max pondus per massam, et temperatura operantem
Specificare atmosphaeram (carburizing, carbonitriding, furnum, etc.)
FH® fabrum proponunt integram rationem design 3D layout
Adfirmare quantitates componentes (una basi lance numerus cophinorum)
Productio: 15-25 dies working
Partus includit: MTC, notitiae inspectionis, tabula positis, cura rector

FAQ:

Q1: Quid refert fornax FH® bene-typus systematis fixture includens?
A: Ratio vexillum tria includit:

Basis lance - sedet super fornacem ima pedibus elevatis ad gas circulationem
Stacking baskets - hold partes, ACERVUS super se
Top malesuada euismod - secures summo accumsan ac ne tipping

Omnia membra simul ordinantur ad calefactionem stabilem positis et uniformi. Mores figurarum in promptu sunt.

Q2: Quomodo statuo magnitudinem rectam fixturam pro fornace bene-typi mei?
A: Non opus est tribus mensuris:

Diameter internus (seu longitudo latitudo quadrata pro fornacibus rectangulis)
Utilis profunditas (ab imo fornacem ad imum punctum impedimentum)
Top foramen diameter (per institutionem alvi)

FH® figturas tunc designabo quae aptae sunt ad alvi proprias alvi fluxus et scelerisque expansionem.

Q3 : Cur pedibus in basi lance evectus sum ?
A: Pedes elevati lacunam (typice 50-150 mm) inter basim lance et fornacem fundum efficiunt. Hoc permittit vaporem calidum vel atmosphaeram sub infima canistro fluere, aequabilem calefactionem ab imo ad summum procurans. sine pedibus elevatis, imum stratum tardius et inaequale calefacit.

Q4: Potestne FH® adfixa in utroque fornace carburizing et nitridinge adhiberi?
A: Ita, FH® solutiones fixturae pro utraque applicatione praebet. Tamen adfixa adfixa commendamus singulas atmosphaerae speciei, si fieri potest - commutationes inter carburizing et nitridingum degradationem superficiem accelerare possunt. Quaeso, atmosphaeram tuam cum ordinando ut meliorem consilium commendare possimus.

Q5: Fornax mea bene type foramen parvum habet. Quomodo magnas adfixas instituo?
A: Fornaces cum vertice foramen minorem quam diametrum internum, FH® designationes divisas praebet;