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Heavy-Duty Scraper Conveyor Side Panels (Chute Sidewall) for Mining Systems

Heavy-Duty Scraper Conveyor Side Panels (Chute Sidewall) for Mining Systems
Keywords: Scraper Pan Side, Chute Liner, Mining Conveyor Wear Parts, Bisalloy Steel Liners, OEM Chute Sidewall Supplier
Material & Process
Material: Bisalloy Steel (BIS 400/500), M510-M565 wear-resistant steel (Hardness: 400-550 HB)
Process: Precision casting + QT heat treatment + Ultrasonic testing (ASTM E164)
Dimensions: Thickness 8-25mm, Length 1.2-2.5m (Customizable for high-capacity mining)

Applications:
▶️ Coal and mineral scraper conveyors
▶️ Underground material transport systems
▶️ Ore transfer chutes in metal mines

Advantages:
✓ 30% longer service life vs ASTM A514 steel
✓ Impact resistance: 60 J/cm² at -40°C
✓ Certified to ISO 9001 & MSHA standards

Título: Paneles Laterales para Transportadores de Rascador (Pared de Artesa) – Componentes Mineros
Palabras clave: Panel Lateral para Transportador, Pared de Artesa, Piezas de Desgaste para Minería, Acero Bisalloy, Proveedor de Componentes Mineros

Material y Proceso:
Material: Acero Bisalloy (Grado BIS 400/500), acero anti-desgaste M510-M565 (Dureza: 400-550 HB)
Proceso: Fundición de precisión + Tratamiento térmico QT + Ensayo ultrasónico (ASTM E164)
Dimensiones: Espesor 8-25mm, Longitud 1.2-2.5m (Personalizable para minería de alto rendimiento)

Aplicaciones:
▶️ Transportadores de rascador en minería de carbón y minerales
▶️ Sistemas subterráneos de transporte de materiales
▶️ Tolvas de transferencia en minas metálicas

Ventajas:
✓ 30% mayor durabilidad que acero ASTM A514
✓ Resistencia al impacto: 60 J/cm² a -40°C
✓ Certificaciones ISO 9001 y MSHA

Τίτλος: Πλαϊνές Επενδύσεις Μεταφορέων Ξύστρων (Πλαϊνό Τοίχωμα) για Μεταλλευτικά Συστήματα
Λέξεις-κλειδιά: Πλαϊνό Τοίχωμα Μεταφορέα, Επενδύσεις Αυλακωτήρα, Εξαρτήματα Μεταλλευτικών Μηχανημάτων, Ανθεκτικός Χάλυβας Bisalloy, Προμηθευτής Επενδύσεων

Υλικό & Διαδικασία:
Υλικό: Χάλυβας Bisalloy (BIS 400/500), ανθεκτικός χάλυβας M510-M565 (Σκληρότητα: 400-550 HB)
Διαδικασία: Χύτευση ακριβείας + Θερμική επεξεργασία QT + Δοκιμή υπερήχων (ASTM E164)
Διαστάσεις: Πάχος 8-25mm, Μήκος 1.2-2.5m (Προσαρμογή για υψηλής απόδοσης μεταλλεία)

Εφαρμογές:
▶️ Μεταφορείς ξύστρων σε ανθρακωρυχεία και μεταλλεία
▶️ Υπόγεια συστήματα μεταφοράς υλικών
▶️ Αυλακωτές μεταφοράς σε μεταλλεία μετάλλων

Πλεονεκτήματα:
✓ 30% μεγαλύτερη διάρκεια ζωής vs χάλυβα ASTM A514
✓ Αντοχή κρούσης: 60 J/cm² στους -40°C
✓ Πιστοποιήσεις ISO 9001 & MSHA

Заголовок: Боковины Скреперных Конвейеров (Стенка Желоба) для Горных Систем
Ключевые слова: Боковина Конвейера, Стенка Желоба, Износостойкие Части Горного Оборудования, Сталь Bisalloy, Поставщик Конвейерных Компонентов

Материал и Технология:
Материал: Сталь Bisalloy (BIS 400/500), износостойкая сталь M510-M565 (Твердость: 400-550 HB)
Обработка: Точное литье + Термообработка QT + Ультразвуковой контроль (ASTM E164)
Размеры: Толщина 8-25мм, Длина 1.2-2.5м (Под заказ для высокопроизводительных шахт)

Применение:
▶️ Угольные и рудные скребковые конвейеры
▶️ Подземные транспортные системы
▶️ Желоба для руды в металлических рудниках

Преимущества:
✓ Срок службы на 30% дольше стали ASTM A514
✓ Ударная вязкость: 60 Дж/см² при -40°C
✓ Сертификаты ISO 9001 и MSHA

[Read more…] about Heavy-Duty Scraper Conveyor Side Panels (Chute Sidewall) for Mining Systems

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Heat-Resistant Steel Metal Smelting Crucible

Heat-Resistant Steel Metal Smelting Crucible
Heat-Resistant Steel Metal Smelting Crucible

Heat-resistant steel metal smelting crucible is a kind of high-performance melting tool, which can work stably at a high temperature of 1000℃ for a long time, and is widely used because of its excellent corrosion resistance and convenient use.
Main features:
1) Using high-quality ZG40Cr25Ni20Si2 material, with excellent corrosion resistance, oxidation resistance and stability
2) High quality 310S can extend the service life of the crucible
3) Can be applied to all kinds of metal smelting and casting
4) Reasonable structure design makes operation more convenient and improve production efficiency

Heat-Resistant Steel Metal Smelting Crucible
SMI heat-resistant steel metal smelting crucible can work stably at 1000 ° C for a long time without deformation or cracking.

For the production environment of the smelter, we use high-quality ZG40Cr25Ni20Si2 material, because of its high strength, high toughness and good corrosion resistance, can effectively resist a variety of corrosive substances erosion, to ensure the long-term stable operation of the crucible.

We consider the convenience of customer use, the crucible with lifting lugs on both sides of the design, convenient mechanical operation and transportation, and there are different capacity and size options to meet the production needs of different customers.

Choosing SMI heat-resistant steel metal smelting crucible can quickly transfer heat to liquid aluminum during smelting, improving melting efficiency and obtaining more aluminum.

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Aluminum Furnace Skimming Tool or Skim blades used for Stirring and Mixing

Aluminium Furnace Skimming Tools for Dross Removal and Melt Stirring

Aluminium furnace skimming tools, also known as skim blades, are used in aluminium casthouses for removing dross and improving molten metal quality. They also assist in stirring and mixing, ensuring better temperature distribution and alloy consistency.

Key Functions

Dross Removal

Efficient removal of oxide layer from molten aluminium surface, reducing metal loss and improving casting quality.

Stirring and Mixing

Helps achieve uniform temperature distribution and better alloy homogenization.

Flux Distribution

Improves cleaning flux efficiency by evenly dispersing it into the melt.

Product Features

  • Two-piece replaceable blade design, reducing maintenance time
  • High-performance proprietary materials for longer service life
  • Custom design based on furnace and working conditions
  • Compatible with existing skimming systems
  • Ready for installation
  • On-site technical support available

Applications

  • Aluminium melting furnaces
  • Holding furnaces
  • Reverberatory furnaces
  • Rotary furnaces
  • Secondary aluminium plants

Request a Quote

Contact us with your drawings or specifications for customized aluminium skimming tools and skim blades.

Other Languages

Español(click)

Herramientas de desnatado para hornos de aluminio utilizadas para eliminar escoria y mejorar la calidad del metal fundido. También ayudan a agitar y mezclar el metal fundido para una distribución uniforme del calor y mejor homogeneización.

Características del producto: diseño de dos piezas, materiales patentados de alta resistencia, personalizado según el horno, compatible con sistemas existentes, listo para instalar y soporte técnico disponible.

Ελληνικά(click)

Εργαλεία αποκορύφωσης για κλιβάνους αλουμινίου για αφαίρεση σκωρίας και βελτίωση ποιότητας μετάλλου. Βοηθούν επίσης στην ανάδευση και ανάμιξη του λιωμένου μετάλλου για ομοιόμορφη κατανομή θερμότητας.

Χαρακτηριστικά προϊόντος: σχεδιασμός δύο τεμαχίων, ιδιόκτητα υλικά υψηλής απόδοσης, προσαρμοσμένο για τον κλίβανο, συμβατό με υπάρχοντα συστήματα, έτοιμο για εγκατάσταση και διαθέσιμη τεχνική υποστήριξη.

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Application of Intelligent Ladle Slag Scraper (Skimming Tools) in steel mills and aluminum mills

The application of Intelligent ladle slag scraper (skimming tools) in steel mills and aluminum mills.

The intelligent ladle slag scraper is mainly used as a key equipment for the pretreatment of molten iron such as desulfurization, dephosphorization and desilization in steelmaking/aluminum smelting plants in order to improve steel quality and increase steel varieties. The equipment can pick up the slag with good fluidity and non-flowing flow in the molten pool, ladle or molten iron tank, so as to improve the pretreatment and metallurgical efficiency of iron and molten iron.
The equipment has four degrees of freedom: the whole machine rotates, the lifting frame rises/descends, the telescopic arm expands and contracts forward and backward, and the swing frame tilts up and down. Flexible action, high slag removal efficiency, large slag removal power and penetrating force, stable operation and convenient operation. It is mainly composed of mechanical and electronic control, which can be operated manually on site or remotely through 5G communication technology. The equipment is installed with protective plates close to the ladle, which can reduce the damage of high temperature to the equipment, and is safe and reliable.


El raspador inteligente de escoria de cuchara se utiliza principalmente como un equipo clave para el pretratamiento de hierro fundido, como desulfuración, desfosforación y desilización en plantas de fundición de acero / aluminio para mejorar la calidad del acero y aumentar las variedades de acero. El equipo puede recoger la escoria con buena fluidez y flujo sin flujo en el baño fundido, la cuchara o el tanque de hierro fundido, para mejorar el pretratamiento y la eficiencia metalúrgica del hierro y el hierro fundido.
El equipo tiene cuatro grados de libertad: toda la máquina gira, el bastidor de elevación sube/baja, el brazo telescópico se expande y se contrae hacia delante y hacia atrás, y el bastidor giratorio se inclina hacia arriba y hacia abajo. Acción flexible, alta eficiencia de eliminación de escoria, gran poder de eliminación de escoria y fuerza de penetración, operación estable y operación conveniente. Se compone principalmente de control mecánico y electrónico, que se puede operar manualmente en el sitio o de forma remota a través de la tecnología de comunicación 5G.
El equipo se instala con placas protectoras cerca de la cuchara, lo que puede reducir el daño de la alta temperatura al equipo, y es seguro y confiable.

Η έξυπνη ξύστρα σκωρίας κουτάλας χρησιμοποιείται κυρίως ως βασικός εξοπλισμός για την προεπεξεργασία του λιωμένου σιδήρου, όπως η αποθείωση, η αποφωσφορίωση και η αποσιλωμάτωση σε εγκαταστάσεις τήξης χάλυβα / αλουμινίου, προκειμένου να βελτιωθεί η ποιότητα του χάλυβα και να αυξηθούν οι ποικιλίες χάλυβα. Ο εξοπλισμός μπορεί να πάρει τη σκωρία με καλή ρευστότητα και μη ρέουσα ροή στη δεξαμενή τετηγμένης πισίνας, κουτάλας ή τετηγμένου σιδήρου, έτσι ώστε να βελτιωθεί η προεπεξεργασία και η μεταλλουργική απόδοση του σιδήρου και του τετηγμένου σιδήρου.
Ο εξοπλισμός έχει τέσσερις βαθμούς ελευθερίας: ολόκληρο το μηχάνημα περιστρέφεται, το πλαίσιο ανύψωσης ανεβαίνει / κατεβαίνει, ο τηλεσκοπικός βραχίονας επεκτείνεται και συστέλλεται προς τα εμπρός και προς τα πίσω και το πλαίσιο ταλάντευσης γέρνει πάνω και κάτω. Ευέλικτη δράση, υψηλή απόδοση αφαίρεσης σκωρίας, μεγάλη ισχύς αφαίρεσης σκωρίας και δύναμη διείσδυσης, σταθερή λειτουργία και βολική λειτουργία. Αποτελείται κυρίως από μηχανικό και ηλεκτρονικό έλεγχο, ο οποίος μπορεί να λειτουργήσει χειροκίνητα επί τόπου ή εξ αποστάσεως μέσω τεχνολογίας επικοινωνίας 5G.
Ο εξοπλισμός είναι εγκατεστημένος με προστατευτικές πλάκες κοντά στην κουτάλα, οι οποίες μπορούν να μειώσουν τη ζημιά της υψηλής θερμοκρασίας στον εξοπλισμό και είναι ασφαλής και αξιόπιστος.

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Nickel based High-temperature Alloy Forgings

Nickel Based High-Temperature Alloy Forgings

Superalloy forgings manufactured to your specification, certified to the heat.

Nickel-based superalloy forgings are supplied for service where a component must hold its strength and its shape while working at elevated temperature — under load, under thermal cycling, and often in an environment that attacks the surface as well.

Typical products and materials: superalloy materials for gas turbines, Inconel 718 forgings.

Why Forged, Not Cast

For a component that works hot, the manufacturing route is a material decision rather than a cost decision.

  • Grain flow follows the part. Forging works the metal so the grain structure runs along the shape of the component rather than randomly, which is what gives a ring or a disc its strength in the direction it is loaded.
  • Soundness is inherent to the process. High-temperature service is unforgiving of internal discontinuities; a forging does not carry the solidification-related defects that a casting can.
  • The section can be worked, not just filled. Mechanical working refines the structure in a way that heat treatment alone cannot.

Where a geometry is too complex to forge to shape, it is commonly forged to a near-net preform and finished by machining.

Inconel 718 Support Ring — Chemical Composition

Inconel 718 is a precipitation-hardening nickel-chromium alloy. Niobium is the principal hardening element, with molybdenum contributing solid-solution strengthening, and titanium and aluminium forming the strengthening precipitates. Chromium provides oxidation and corrosion resistance.

Element Requirement (% by weight)
Carbon (C) 0.012 – 0.036
Manganese (Mn) ≤ 0.35
Silicon (Si) ≤ 0.35
Phosphorus (P) ≤ 0.015
Sulfur (S) ≤ 0.0010
Chromium (Cr) 17.00 – 19.00
Nickel (Ni) 52.00 – 55.00
Molybdenum (Mo) 2.80 – 3.15
Niobium (Nb) 5.20 – 5.55
Tantalum (Ta) ≤ 0.10
Titanium (Ti) 0.75 – 1.15
Aluminium (Al) 0.35 – 0.65
Cobalt (Co) ≤ 1.00
Copper (Cu) ≤ 0.30
Boron (B) ≤ 0.006
Iron (Fe) 16.00 – 19.00

Values are those of the applicable procurement specification, which is tighter than the general ASME SB 637 range in several elements. Composition is certified per heat against this specification.

Mechanical Properties of Inconel 718 Support Ring (ASME SB 637)

ASME SB 637 covers nickel-chromium-niobium-molybdenum alloy (UNS N07718) in the form of bar, forgings and forging stock. Mechanical properties under this specification depend on the heat-treatment condition, so the condition is part of the specification — not a manufacturing preference to be settled later.

Test temperature Yield strength σs
0.2% offset (MPa)		 Tensile strength σb
(MPa)		 Elongation A
(%)		 Reduction of area Z
(%)		 Hardness
(HB)
Ambient (room temperature) ≥ 1035 ≥ 1240 ≥ 12 ≥ 12 ≥ 331
650 °C ≥ 860 ≥ 965 ≥ 12 ≥ 12 Not specified

Values are minimums as stated. Hardness is not specified at 650 °C.

Grade Equivalents

Inconel 718 is referenced under several numbering systems. They are commonly treated as interchangeable, but the composition ranges and acceptance criteria are not identical across every system, so an equivalent should be confirmed rather than assumed.

Designation system Inconel 718 Inconel 625
UNS N07718 N06625
EN numeric 2.4668 2.4856
Composition designation NiCr19NbMo NiCr22Mo9Nb

Equivalents are commonly cited; composition ranges and acceptance criteria are not identical across every system.

Where a drawing specifies an equivalent grade, the basis of the equivalence is confirmed in writing before production — whether the match is on composition, mechanical properties, heat-treatment condition, or service performance.

Machining & Handling

Inconel 718 work-hardens during cutting. Cutting parameters, tool condition and the condition of the material being machined all affect the result, and machining is therefore planned rather than improvised: which condition the part is machined in — solution-treated or aged — is decided from the specification and the required final properties.

Documentation Available

  • Mill certificate to the applicable specification, traceable to heat number
  • Heat-treatment records retained against the part
  • Non-destructive examination where the specification requires it
  • Dimensional inspection report issued per shipment

See also: NDT (Non Destructive Testing) service

Enquiry Checklist

  • Drawing or 3D model, and the specification it is made to
  • Grade and heat-treatment condition required
  • Quantity
  • Examination and certification requirements
  • Where no drawing exists yet — a new design, or an existing part without usable documentation — the duty the part has to perform: temperature range, load case, cycling frequency, and the environment it works in. Where you are replacing an existing part, how it wears in service is useful additional input

Ready to Discuss Your Next Project?

Share your drawings, specification or the operating conditions the part has to survive.

Submit Your Drawing → Contact Engineering Team

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Heavy Planetary Carrier and Transmission Components — Large Format Precision Machined to Drawing

Heavy Planetary Carrier and Large Format Transmission Components — Precision Machined to Customer Drawing

SMI manufactures heavy planetary carriers and large format transmission components to customer drawing and technical specification — covering planet carriers, ring gears, output flanges and gear shaft assemblies at weights and dimensions beyond the envelope of standard industrial reducer supply. The planet carrier shown below — Φ680 × 620mm, 810KG — is representative of the scale and precision machining capability SMI applies to heavy transmission component supply.

Every component in this category is produced to the customer’s own engineering drawing. Material grade, dimensional tolerances, heat treatment specification, surface finish and inspection requirements are all defined by the customer’s design — SMI’s role is to manufacture to that specification with the casting, forging and precision machining capability required to achieve it consistently.

SMI heavy planet carrier precision machined cast steel Phi 680 x 620mm 810KG to customer drawing specification for energy drilling mining and heavy industrial transmission systems
SMI heavy planet carrier — Φ680 × 620mm, 810KG, precision machined cast steel to customer drawing and specification

Representative Component — Planet Carrier Φ680 × 620mm, 810KG

The planet carrier is the most structurally demanding component in a planetary transmission system. It carries the full output torque of the reducer, supports the planet gear bearing loads on all pin positions simultaneously, and must maintain precise dimensional relationships between pin bores across its full service life under cyclic loading.

At Φ680 × 620mm and 810KG, the component shown represents a transmission system capable of handling several thousand kilowatts of input power — consistent with the drive system requirements of energy drilling equipment, large ball mills, tunnel boring machine cutter head drives and heavy marine lifting machinery. Key manufacturing requirements for a component at this scale include:

  • Casting integrity — at 810KG, internal soundness of the casting is critical. Any porosity or inclusion concentration at the hub or pin boss locations will initiate fatigue cracking under the cyclic torque loads of heavy drive service. SMI’s casting practice for heavy components includes controlled pouring, riser design and post-casting inspection to verify internal quality before machining begins
  • Pin bore positional accuracy — the angular and radial position of each planet pin bore determines the load sharing between planet gears. Positional error concentrates load on individual planets and reduces the effective torque capacity of the assembly. SMI machines pin bores to the positional tolerances specified in the customer’s drawing, verified by CMM inspection
  • Hub bore concentricity — the central hub bore carries the output shaft or sun gear shaft bearing. Concentricity relative to the pin bore pitch circle is machined and verified to drawing tolerance
  • Flange face flatness and bolt circle accuracy — the output flange face and bolt circle are machined to the assembly tolerances required for correct mating with the adjacent shaft or housing component

Heavy Transmission Component Range

Planet Carriers

Cast steel planet carriers from small industrial sizes up to 810KG and above — machined to customer drawing for single-stage and multi-stage planetary systems. Hub bore, pin bore positions, flange face and bolt circle all machined to drawing tolerance. CMM dimensional verification as standard on large format components.

Internal Ring Gears

Large format internal ring gears — cast or forged blanks, internal gear cut to specified module, tooth profile accuracy grade and face width. Heat treatment to specified surface hardness. Ring gear housing bore and mounting features machined to assembly drawing. Available in through-hardened and case-hardened configurations to customer specification.

Output Flanges and Carrier Flanges

Heavy output flanges and carrier flanges — precision machined bolt circle, mating face flatness and bore dimensions to assembly drawing tolerances. Flange face machining to the surface finish specified for the sealing or mating interface requirements of the customer’s application.

Planet Gear Shaft Assemblies

Planet gear shaft assemblies — external gear cutting to specified module and accuracy grade, shaft journal machining to bearing fit dimensions, spline features to customer profile specification. Heat treatment and surface finish to drawing. Available as individual components or as matched sets for a complete planet gear stage.

Sun Gears and Input Shaft Assemblies

Sun gear and input shaft assemblies — external gear cutting, journal machining and spline or coupling features to customer drawing. Case hardening or nitriding to specified surface hardness and case depth. Balanced to customer requirement for high-speed input shaft applications.

Application Sectors

Energy and Drilling Equipment

Heavy planetary transmission components for the drive systems of energy drilling and production equipment — including drawworks transmission systems, mud pump drives and rotary table drives for oil and gas drilling applications. These applications demand high torque density, resistance to shock loading and consistent dimensional accuracy across the full component set to ensure reliable operation under the demanding conditions of drilling service.

Mining and Mineral Processing

Large format planet carriers, ring gears and output flanges for ball mill drives, SAG mill drives, crusher drives and mine hoist transmission systems. Mill drive planetary systems operate continuously under high torque and are subject to the cyclic shock loads generated by the grinding charge — requiring casting integrity and dimensional accuracy that SMI’s heavy component manufacturing capability is designed to deliver.

Tunnelling and Construction Machinery

Heavy planetary transmission components for cutter head drive systems and large crawler crane travel drives. Cutter head planetary systems operate under extreme and variable load conditions — requiring robust casting design, controlled heat treatment and precise pin bore geometry to maintain load sharing across all planet positions throughout the service life of the drive.

Marine and Offshore Lifting

Planet carriers and ring gears for ship deck machinery, heavy lift crane slewing and hoisting drives, and offshore winch transmission systems. Marine applications require material certification to classification society standards — available on request from SMI.

Manufacturing Capability

Operation Capability
Casting Cast steel planet carriers and housings — weight from small industrial to 810KG and above
Forging Forged blanks for ring gears, sun gears and shaft components where mechanical property requirements exceed cast steel capability
Turning and boring Large format CNC turning and boring — hub bores, flange faces and journal diameters to drawing tolerance
Gear cutting Internal and external gear cutting — module, tooth profile and accuracy grade to customer specification
Pin bore machining Positional accuracy to customer drawing — CMM verification on large format planet carriers
Heat treatment Through hardening, case hardening and nitriding to specified surface hardness and case depth
Inspection CMM dimensional inspection, hardness verification, material certification — standard on heavy components

بالعربية — ناقلات الكواكب الثقيلة ومكونات نقل الحركة كبيرة الحجم

تقوم SMI بتصنيع ناقلات الكواكب الثقيلة ومكونات نقل الحركة كبيرة الحجم وفقاً لرسومات العملاء والمواصفات التقنية — تشمل ناقلات الكواكب، التروس الحلقية الداخلية، الشفاه الإخراجية، ومجموعات أعمدة التروس الكوكبية بأوزان وأبعاد تتجاوز النطاق المعياري. ناقل الكواكب الممثل: Φ680 × 620مم، 810 كجم. قطاعات التطبيق: معدات الحفر، مطاحن التعدين، آلات حفر الأنفاق، والرافعات البحرية الثقيلة. للاستفسار، تواصل مع فريق SMI →

En Español — Portasatélites Pesados y Componentes de Transmisión de Gran Formato

SMI fabrica portasatélites pesados y componentes de transmisión de gran formato según los planos y especificaciones técnicas del cliente — incluyendo portasatélites, coronas internas, bridas de salida y conjuntos de ejes de engranajes planetarios con pesos y dimensiones que superan el rango estándar. Portasatélite representativo: Φ680 × 620mm, 810KG. Sectores de aplicación: equipos de perforación energética, molinos de minería, maquinaria de tunelización y sistemas de elevación marina pesada. Para consultas, contacte al equipo de SMI →

Auf Deutsch — Schwere Planetenträger und Großformat-Getriebekomponenten

SMI fertigt schwere Planetenträger und Großformat-Getriebekomponenten nach Kundenzeichnung und technischer Spezifikation — einschließlich Planetenträger, Hohlräder, Ausgangsflansche und Planetenradwellenbaugruppen mit Gewichten und Abmessungen jenseits des Standardbereichs. Repräsentativer Planetenträger: Φ680 × 620mm, 810KG. Anwendungsbereiche: Energiebohrausrüstung, Bergbaumulühlen, Tunnelbohrmaschinen und schwere Marinehubsysteme. Für Anfragen, kontaktieren Sie das SMI-Team →

Related Products — SMI Transmission & Drive Systems

Request a Consultation

To discuss heavy planetary carrier or large format transmission component requirements, please provide the following at enquiry stage:

  • Component type — planet carrier, ring gear, output flange, gear shaft or complete stage
  • Key dimensions — outer diameter, height, hub bore diameter, approximate weight
  • Material specification — steel grade, heat treatment and mechanical property requirements
  • Gear data — module, number of teeth, accuracy grade (for ring gears and gear shafts)
  • Pin bore data — number of planets, pin bore diameter, positional tolerance (for planet carriers)
  • Application — equipment type and operating conditions
  • Inspection and certification requirements — CMM report, material cert, classification society if applicable
  • Drawing or 3D model if available

SMI will respond with a written technical assessment and commercial proposal. Contact SMI — Heavy Transmission Component Enquiry →