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Home / Productum / Resistentes gerunt Castings / Ni-Puer iactis / Industrial Concrete Mixer Wear Blades | Premium replacement Parts for Precast & Batching Plantarum
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Industrial Concrete Mixer Wear Blades | Premium replacement Parts for Precast & Batching Plantarum

Notam: FH®

Certification: ISO 9001, ISO14001

Materia: Ni-Puer Irrum

Gradus materialis: AS2027 NiCr4-500

Magnitudo: nativus secundum Drawings

Duritia: HBW≥630

MOQ: 50 Pieces

Nos Continge
PRAECEDENS:Ni-hard Concrete Mixer Wear Blades | Longam vitam gerunt partes pro Coemento Mixers
SEQUENS:High Wear Resistentia Concrete Mixer gere Blades | FH® OEM Replacement Parts for Global Markets
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  • Nos Continge

Concrete Mixer Wear Blades (Curved Type) | FH® Ni-durum Iron Blades

FH® Concrete Mixer Varum Laminae specialiter designatae curvum-type gerunt partes in mixtoribus gravi officio concretis. Geometria haec arcus informibus efficientiam miscens meliorem efficit, dum maximam abrasionem resistentiam sub continuo ictum ex caemento, arena et materiis aggregatis invigilat.
Wuxi Junteng Fanghu Alloy Co, Ltd. Technologiae fabricata (FH®), hae laminae ad longam servitutem vitam, stabilem observantiam fabricati sunt, et sumptus sustentationem redacti in ambitus productionis concretae exigendae.

Inflexum hoc concretum mixer ensem late in usu est;

  • Geminae telum concretum mixers
  • Pan mixers
  • Mixers planetae
  • Gravis officium plantae batching
  • Constructio et infrastructura systemata miscendi

Consilium arcus materiae levius fluxum patitur, zonas mortuas in mixto reducit, et altiore aequabilitate mixtionis melioratur.

Key Features & Commoda
1. Curva Arcus Design for efficiens Mixing
Forma curva praecisio machinata circulationem materialem intra mixer meliorem meliorem facit, augens efficientiam miscens et consummationem energiae minuens.
2. High Chromium Alloy gere resistentia
Chromium ex alto ferro album / Ni-Hard mixtura, ferrum optimum resistentiam praebet;

  • Abrasio ex arena & glarea
  • Impulsum gravibus aggregata
  • Continua summus celeritate miscentes lapsum

3. Fundo Service Vita
Comparatus cum scapulis ferreis vexillum, FH® stannum gerunt laminis signanter vitam operantem extendunt et postea frequentiam minuunt.
4. Stabilis euismod in duris conditionibus
Disposito continua operatio in:

  • Promptus misce concretis plantis
  • Precast productionem facilities
  • Mining & complexu processus ambitibus

5. OEM & Custom Vestibulum
productionem fundatam sustinemus:

  • Lorem drawings
  • Donec turpis
  • Dimensiones necessariae


Cur FH® gere Blades?
Pro professionalis stannum mittentes opificem, FH® (Wuxi Junteng Fanghu Alloy Technologiae Co, Ltd.) specialitas in summus perficientur partes gerunt ad industrialem permixtionem et summus abrasionis ambitus.
Commoda nostra:

  • Recta officinas copia (nullum middleman)
  • Stabilis metallurgia & proprie qualitas control
  • Processus curatio et calor provectus mittentes
  • OEM & drawing-fundatur productio
  • Experientiam exportare ad EU, USA, in mercatibus Orientis Medii


Materia Grade Tabula

Latin Specification for Ni-durum Ferrum
Reference Standard
（ ISO 21988-2005 ） 		Nominal Chemical Compositio (%) Eqv. Signa
C Si Mn P S Ni Cr
HBW480Cr2 2.50-3.00 ≤0.80 ≤0.80 ≤0.10 ≤0.10 3.00-5.50 1.50-3.00 BTM Ni4Cr2-DT
EN-GJN-HV520
AS2027 NiCr2-500
ASTM A 532 Ni-Cr-Lc
G-X 260 NiCr 4 2
HBW500Cr9 2.40-2.80 1.50-2.20 0.20-0.80 ≤0.06 ≤0.06 4.00-5.50 8.00-10.00 EN-GJN-HV550 Ni-Cr-Hc
AS2027 NiCr1-550
G-X 330 NiCr 4 2
HBW510Cr2 3.00-3.60 ≤0.80 ≤0.80 ≤0.10 ≤0.10 3.00-5.50 1.50-3.00 BTM Ni4Cr2-GT
AS2027 NiCr4-500
ASTM A532 C1-B Ni-Cr-Hc
ASTM A532 C1-C Ni-Cr-GB
HBW555Cr9 2.50-3.50 1.50-2.50 0.30-0.80 ≤0.08 ≤0.08 4.50-6.50 8.00-10.00 BTM Cr9Ni5
EN-GJN-HV600
AS2027 NiCr4-600
G-X 300 CrNiSi9 5 2
HBW630Cr9 3.20-3.60 1.50-2.20 0.20-0.80 ≤0.06 ≤0.06 4.00-5.50 8.00-10.00 BTM Cr9Ni5
AS2027 NiCr4-630
ASTM A532 C1-D Ni-HiCr


Genuina Photos of FH® Ni-hard Iron Concrete Mixer gere Blades



Contactus Manufacturer
Wuxi Junteng Fanghu Alloy Technology Co., Ltd.
Professional opificem de renitentibus stannum fusurarum pro concreto instrumento mixtionis opificem.
OEM percontationes, delineationes, et ordines mole grata sunt pro quotation.

FAQ
Q1. Praebes OEM vel nativus concretos mixer laminis indutos?
A: Ita. OEM et productio customizata secundum descriptiones, exempla, vel technicas necessitates sustinemus pro diversis systematibus mixtis et conformationibus plantarum.

Q2. Quaenam materies pro scapulis induti mixer concretis adhibentur?
A: Materiae communes includunt magnum manganesum ferrum, summus Chrome mixturae, Ni-Hard ferrum coniecit, et alia indumenta admixtionum obsistentia. Electio pendet ex condicionibus mixtis et vitae servitio requisito.

Q3. An concreta mixer scapulas gestat universales vel OEM?
A: Laminis mixti concretissimi non sunt universales. Ordinantur secundum exempla specifica turpis. OEM concreta mixer laminas et solutiones nativus secundum delineatas, exempla, vel technicas requisita praebemus.

Q4. Tu USA, Canada, et UK praestas?
A: Ita. Laminas concretas mixer gerentes suppeditamus et partes mercatus globalis incluso USA, Canada, UK, Europa, Australia parcimus.

Q5. Quomodo possum commemorare?
A: Contactum nos potes cum delineationibus, materialibus requisitis, vel mixtis specificationibus. Dabimus ieiunium quotation fundatur in vestri project necessitates.

Producta Affinia
DE NOBIS
Qualitas Nostra Praecipua Competitio Est
Wuxi Junteng Fanghu Stannum Technologia Co, Ltd
Ab anno 2006, designandis et fabricandis partibus chalybis mixtis dedicati sumus. Sumus OEM Industrial Concrete Mixer Wear Blades | Premium replacement Parts for Precast & Batching Plantarum Fabricatores et Industrial Concrete Mixer Wear Blades | Premium replacement Parts for Precast & Batching Plantarum Officina.
Inter praecipua nostra producta sunt armaturae tractationis caloris, tubi radiantes, cylindri furni, laminae ventilabri, viae furni, rotae et variae aliae partes mixtae pro furnis. Auxilium technicum praebemus ad figendi tractationis caloris tuas proprias faciendas vel optimandas, adiuvantes clientes nostros solutiones sumptu-efficaces invenire ad efficientiam operationum tractationis caloris augendam.
Plura Vide
Wuxi Junteng Fanghu Alloy Technology Co., Ltd.
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Ni-Puer iactis Cognitio Industriae

What are the typical applications of Ni-Hard castings in the mining, concrete, and gravel industries?

1. Mining Crushing and Grinding Equipment: Due to its high hardness and wear resistance, Ni-Hard castings are widely used in key components such as ball mill liners, hydraulic breakers, grinding rollers, and conveying pipelines, maintaining a long service life during high-load ore crushing and grinding processes.

2. Concrete Mixing and Conveying Systems: In concrete mixers, conveying screws, and pump casings, Ni-Hard castings can withstand the strong impact and abrasion of concrete particles, improving equipment reliability and maintenance intervals.

3. Gravel Conveying and Sandblasting Equipment: Used in gravel conveying pipelines, sandblasting nozzles, and blower blades, Ni-Hard's high hardness and impact resistance ensure that it is not easily worn or deformed in high-speed, sand-containing media environments.

4. Other High-Abrasion Applications: Ni-Hard castings can be used in applications such as mining screens, slag conveying pumps, and steel rolling mill rolls to provide dual protection against wear and impact.

How do Ni-Hard castings perform in high-temperature, humid environments?

1. High-Temperature Oxidation Resistance: Ni-Hard alloys contain approximately 1.4–2.5% chromium and 3.4–4.75% nickel. These two elements form a dense oxide film on the surface at operating temperatures of 300–400°C, significantly enhancing oxidation resistance.

2. Corrosion Resistance in Humid Environments: Studies show that Ni-Hard castings maintain good corrosion resistance in humid or water-vapor-containing environments, mainly due to the protective oxide layer formed by chromium and the passivation effect of nickel. This results in a much lower mass loss rate under high-temperature, humid conditions compared to ordinary high-chromium white cast iron.

3. Effect of Heat Treatment on Corrosion: High-temperature quenching or tempering can adjust the proportion of retained austenite in the matrix. A moderate amount of retained austenite helps form a fine martensite-austenite mixed structure on the working surface, further improving resistance to crack propagation and corrosion cracking.

4. Practical Application Verification: In field applications of ball mill liners and gravel conveying pipelines in mines, Ni-Hard castings exhibited extremely low corrosion rates and stable mechanical properties under long-term high-temperature and humid working environments, verifying their excellent corrosion resistance.