Agricultural Chain for New Holland/John Deere/Claas CA2801-M40AY1.10L-70L | OEM-Compatible Agricultural Chain | agricultural roller chain Australia

The CA2801 OEM-Compatible Agricultural Chain is engineered for demanding agricultural drive applications, delivering proven performance in Australian grain, hay, and horticulture machinery. ISO 9001:2015 certified manufacturing. Contact our team today to request a compatibility check or bulk quote for your combine harvester chain China manufacturer needs.

Beschreibung

Overview: Agricultural Chain for New Holland/John Deere/Claas CA2801-M40AY1.10L-70L — agricultural roller chain Australia

Als führender Zulieferer von Landmaschinen liefern wir die Agricultural Chain for New Holland/John Deere/Claas CA2801-M40AY1.10L-70L to farm equipment operators and OEM buyers across Australia, New Zealand, and export markets. This OEM-Compatible Agricultural Chain is manufactured to ANSI/ISO standards, engineered to perform in the demanding operating environments found across Australian cropping regions.

Produktspezifikationstabelle

Parameter Spezifikation
Kettentyp OEM-Compatible Agricultural Chain
Modellnummern CA2801
Material Legierter Stahl / Edelstahl
Oberflächenbehandlung Kugelstrahlen / Verzinkt / Vernickelt
Designstandard ANSI / ISO 487
Qualitätszertifizierung ISO 9001:2015
Anwendung Landwirtschaftliche Maschinen
Verpackung Großpackung / Spule / Export-Holzkiste
Kompatible Standards ANSI B29.1 / ISO 487 / OEM-Spezifikationen
Verfügbare Anpassungsmöglichkeiten Kundenspezifische Steigung, Befestigungsart, Bohrung, Oberflächenbeschaffenheit

Anwendungsszenarien in der Landwirtschaft

Forage Harvester Conveyor Drive

Self-propelled forage harvesters such as the Claas Jaguar, New Holland FR, and John Deere 8000 series subject their crop elevator, blower, and header chains to continuous high-throughput duty during silage season. The combination of high chain speed (up to 3 m/s on some conveyor drives), heavy crop loading, and wet, sticky plant material creates conditions that challenge chain lubrication and seal integrity. This chain’s precision bush-to-roller clearance minimises the ingestion of crop particles into the bearing surfaces, while the pre-lubrication from factory provides an initial service reservoir that extends the interval between field lubrication events. For forage harvester applications in Australia’s southern dairy regions — where silage season coincides with wet autumn conditions — the combination of shot-peened plates and precision fit components delivers a measurable advantage in fatigue resistance under the variable loads imposed by crop-head drive systems.

Grain Harvester Drive System (Combine Harvester)

In Australian grain harvesting operations, the combine harvester drive system is subject to some of the most demanding chain conditions encountered in agricultural machinery. The feeder house chain, straw walker drives, and grain elevator chains must sustain continuous high-load operation across 10–16 hour daily shifts during the brief harvest window. In the WA wheatbelt and the Riverina, ambient temperatures regularly exceed 40°C, and fine silica dust from dry soils creates an abrasive slurry within chain joints, accelerating internal wear. This chain’s precision-pressed bushings and shot-peened side plates are specifically engineered to resist the internal abrasion and surface fatigue that define Australian dry-land harvest conditions. Operators running John Deere S-series or Case IH Axial-Flow platforms report that chains meeting or exceeding 39 kN minimum tensile strength provide the reliability margin needed to avoid mid-season failures on remote properties.

Hay Baler Feed System

Round and square hay balers impose highly cyclic loading on their feed and compression drive chains. The instantaneous tension spike during each knotter cycle — particularly in large-square balers such as the New Holland BigBaler 960 — can reach 3–5× the nominal running load, requiring chains with high fatigue resistance rather than simply high ultimate tensile strength. Australian hay operations in Victoria’s Western District and South Australia’s South-East run balers through dense lucerne and ryegrass at high forward speeds, placing exceptional demands on the pickup conveyor chain and rotor drive. This chain’s heat-treated components and precisely controlled bush-to-pin clearance minimise the micro-slip that causes fretting fatigue in cyclic-load applications, delivering measurably longer service intervals between chain replacement.

Dosierantrieb für Sämaschine (Präzisionsaussaat)

Präzisions-Dosierantriebe für Sämaschinen benötigen Ketten mit absolut gleichmäßiger Geschwindigkeit – jede Abweichung in der Teilung oder jedes steife Kettenglied führt zu ungleichmäßigen Abständen zwischen den Körnern und beeinträchtigt somit die Bestandesdichte. In australischen Anbausystemen ist das Zeitfenster für die Aussaat eng: Verzögerungen durch mechanische Ausfälle bedeuten Ertragsverluste und höhere Betriebskosten. Für pneumatische Sämaschinen – die im Raps- und Getreideanbaugebiet von Westaustralien bis Queensland weit verbreitet sind – gewährleistet die präzise Teilungssteuerung dieser Kette (gefertigt mit ±0,05 mm pro 10 Teilungen) einen exakten Kornabstand während des gesamten Sävorgangs. Die Kompatibilität mit pneumatischen Sämaschinen von Horwood Bagshaw, John Deere 1890 und Morris wurde anhand der OEM-Kettenspezifikationen überprüft. Die wartungsarme Konstruktion der Kette reduziert den Bedarf an Serviceeinsätzen während der Aussaat.

Eignung für den australischen Markt

Umweltverträglichkeit für australische Bedingungen

Operating in Australia’s extreme conditions — summer temperatures exceeding 40°C across the grain belt, high UV radiation in Queensland’s cane regions, and the ultra-fine red laterite dust of WA and SA — demands chains that are engineered beyond the minimum ANSI standard. Our chains undergo shot peening on all side plates, which increases surface hardness by approximately HRC 3–5 points, directly improving resistance to the abrasion and impact fatigue that define Australian dry-land harvest environments.

Einhaltung von Standards

Diese Kette wird gemäß den australischen Normen ANSI/ASME B29.1 und ISO 487 gefertigt, die beide im Rahmen der australischen Arbeitsschutzbestimmungen für Maschinen anerkannt sind. Obwohl es keine separate Norm AS/NZS für landwirtschaftliche Ketten gibt, akzeptieren alle großen australischen OEM-Servicenetzwerke (John Deere Australia, CNH Industrial, AGCO Australia) Ketten, die diesen internationalen Normen entsprechen, als gleichwertige OEM-Ersatzteile. Unser Qualitätsmanagementsystem ist nach ISO 9001:2015 zertifiziert, und für alle Exportbestellungen sind SGS-geprüfte Chargenprüfzertifikate verfügbar.

Brand Compatibility — John Deere / New Holland / Claas

This chain has been cross-referenced against OEM part specifications for John Deere / New Holland / Claas equipment. To confirm compatibility for your specific model, provide the OEM part number from your machine’s service manual or the existing chain’s pitch and roller diameter. Our engineering team completes compatibility checks within 1–2 business days. Dimensional interchangeability — pitch, roller diameter, inner plate width, and pin diameter — is verified against current OEM technical data.

Lieferkette und Lieferung nach Australien

Standardbestellungen werden innerhalb von 15 Werktagen nach Auftragsbestätigung versandt. Der Seetransport nach Sydney, Melbourne, Brisbane oder Perth dauert zusätzlich ca. 18–25 Tage. Für dringende Bestellungen vor Saisonbeginn ist Luftfracht mit einer Lieferzeit von 5–7 Tagen möglich. Alle Holzverpackungen sind ISPM-15-wärmebehandelt und nach australischen Biosicherheitsbestimmungen zertifiziert. Wir arbeiten mit etablierten Spediteuren im Handelsverkehr zwischen China und Australien zusammen und können die Direktlieferung an ländliche Adressen, Hafenlager oder Ihren zuständigen Maschinenhändler koordinieren.

Technische Vorteile & Verifizierte Qualifikationen

  • ISO 9001:2015 certified quality management system — third-party audited annually.
  • SGS and BV inspection certificates available for every production batch on request.
  • Standard orders shipped within 15 business days; expedited production available for pre-season bulk orders.
  • Custom pitch, attachment type, and surface finish available — OEM and ODM arrangements supported.
  • Engineering support available Mon–Fri, AEST 9:00–17:00 via email and WhatsApp.
  • ISPM 15 heat-treated wooden packaging on all sea-freight consignments — Australian biosecurity compliant.

Verpackung & Logistik nach Australien

Standardverpackung

  • Innen: Dicke PE-Feuchtigkeitsbarrierefolie
  • Mitte: Wellpappkarton, kettenspezifische Abmessungen
  • Außenverpackung: ISPM 15 wärmebehandelte Holzkiste oder stahlumreifte Palette
  • Lange Ketten / Befestigungsketten: Rollenverpackung erhältlich
  • Kundenspezifische Etikettierung für OEM-Käufer auf Anfrage

Logistik nach Australien

  • Primary destination ports: Perth, Sydney, Melbourne, Brisbane
  • Seefracht-Transit: ca. 18–25 Tage
  • Luftfracht möglich: 5–7 Tage für dringende Bestellungen
  • ISPM 15 Pflanzengesundheitszeugnis für alle Holzverpackungen
  • Mindestbestellmenge: [Kontaktieren Sie uns für Details zur Mindestbestellmenge]

Produktbilder

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Kundenfallstudien und Feldstudien

Nachfolgend finden Sie verifizierte Fallstudien von Anwendern, die diese ANSI-Rollenkettenserie für Landmaschinen unter realen landwirtschaftlichen Bedingungen eingesetzt haben.

Australia — Northern Territory sugarcane operation

Anwendung: OEM-Compatible Agricultural Chain on Austoft 8800 sugarcane harvester

“Queensland and NT cane seasons are brutal on drive components. We’ve standardised on these chains across our two harvesters. No issues after 1,200 hours combined.”

⭐⭐⭐⭐⭐ 5,0

Kanada – Saskatchewan Weizengenossenschaft

Anwendung: OEM-Compatible Agricultural Chain on New Holland CR10.90 harvester

„Die Lieferung erreichte unser Lager in Saskatoon innerhalb von 22 Tagen. Die Ketten entsprachen exakt den Spezifikationen des Originalherstellers – wir konnten sie ohne Anpassungen unter Volllast betreiben.“

⭐⭐⭐⭐⭐ 5,0

United Kingdom — Lincolnshire arable farm

Anwendung: OEM-Compatible Agricultural Chain on Claas Lexion 8900 Terra Trac

“The after-sales technical support was helpful — they confirmed compatibility with our Claas specs within a few hours. Chains arrived well within the window we needed.”

⭐⭐⭐⭐½ 4,5

New Zealand — Canterbury Plains contract harvester

Anwendung: OEM-Compatible Agricultural Chain on MacDon FD170 FlexDraper header

“South Island conditions are tough on chains — dry, dusty, and long working days. These held up better than expected and the technical data sheet matched actual performance.”

⭐⭐⭐⭐⭐ 5,0

Germany — Bavarian agricultural machinery importer

Anwendung: OEM-Compatible Agricultural Chain on Fendt 5255 L forage harvester

“We compared three suppliers on dimensional accuracy. This supplier’s measurement consistency across a 50-piece sample batch was the tightest — within ±0.05 mm on pitch.”

⭐⭐⭐⭐⭐ 5,0

Ergänzende Produkte

Vervollständigen Sie Ihr Antriebssystem mit diesen aufeinander abgestimmten Komponenten:

  • Kettenräder für die Landwirtschaft
    Gegossene oder bearbeitete Kettenräder aus Stahl, passend zu dieser Kettenreihe – gewährleisten den korrekten Eingriff der Zahnform und maximieren die Lebensdauer der Kette.
  • Stehlager (UCP / UCF Serie)
    Gehäuselager zur Unterstützung der Antriebswelle; kompatibel mit gängigen Wellendurchmessern landwirtschaftlicher Geräte.
  • Hauptlinks & Verbindungslinks
    Hauptglieder in Erstausrüsterqualität für die schnelle Montage vor Ort und Kettenverbindung – erhältlich als Press- und Clip-Variante.
  • ⚙️ Antriebswellen-Kettenradnaben
    Gebohrte und mit Passfeder versehene Kettenradnaben zur Montage auf Standard-Antriebswellen für die Landwirtschaft.
  • ️ Chain Tensioners
    Spring-loaded and adjustable tensioners to maintain correct chain tension across operating temperature range.

Häufig gestellte Fragen

What is the difference between standard and heavy-duty variants for harvester drive chains?

Standard variants use the nominal sidebar thickness and standard-diameter pins as defined in the ANSI or ISO specification. Heavy-duty (HD) variants increase sidebar thickness by typically 20–30% and may use a larger-diameter pin or thicker bush, substantially increasing tensile strength and fatigue resistance. For harvester main drive chains that run at high speed under variable load — such as the feeder house drive on a combine harvester — HD variants are recommended for machines operating above 200 hours per season or in high-throughput crops such as corn or sorghum. For lighter applications such as a seeder metering drive or a header auger drive, standard variants are typically adequate and more economical. We can recommend the correct variant for your specific application based on the drive specifications.

How should I lubricate and maintain these chains to maximise service life in Australian conditions?

For standard agricultural roller chains operating in Australian field conditions, we recommend chain-specific oil lubrication at intervals of every 20–50 operating hours, depending on operating conditions. In extremely dusty environments (e.g., canola or wheat harvesting in dry conditions), a dry-wax or PTFE-based spray lubricant reduces the amount of particulate matter adhering to the lubricant film, which can accelerate abrasive wear. Avoid over-lubrication, which attracts crop debris and causes chain clogging in conveyor applications. Visual inspection for link elongation should be performed at every 100-hour service interval — a 3% elongation over nominal pitch length indicates the chain should be replaced before further wear affects sprocket tooth geometry. Retaining worn sprockets while fitting new chains significantly reduces new chain service life.

What surface treatment options are available, and which provides the best corrosion protection for export shipping?

Available surface treatments include: standard anti-corrosion oil coat (for chains in use shortly after delivery), zinc plating (electrodeposited, 8–12 µm), hot-dip zinc galvanising (thicker coat, better for exposed chains), nickel plating (higher wear and corrosion resistance, silver appearance), Dacromet coating (excellent resistance to salt spray — over 1,000 hours per ISO 9227), and blackening (oil-finish oxide surface). For sea freight to Australia — transit time 18–25 days in a marine atmosphere — we recommend at minimum zinc plating plus chain oil on all external surfaces, packed in sealed moisture-barrier bags. For operations near coastal Queensland or in cane irrigation areas, Dacromet or nickel plating provides superior in-service corrosion resistance.

Can I source both the chain and matching sprockets from you to ensure compatibility?

Yes — we supply both agricultural roller chains and matching sprockets as a complete drive system package. Our sprocket range covers the most common agricultural chain series in both cast steel and machined steel versions, with bore options to suit common shaft diameters. Ordering chain and sprockets from the same source eliminates the risk of dimensional mismatch between chain pitch tolerance and sprocket tooth form, which is a common cause of premature chain wear. When ordering a complete chain-sprocket set, provide your shaft diameter, keyway dimensions (if applicable), the required number of teeth, and the chain specification. We can also supply locking sprocket collars, chain tensioners, and split-type quick-release links. Bundle pricing is available for chain-and-sprocket sets ordered together.

How do I measure chain stretch to determine when replacement is necessary?

Chain elongation measurement is the most reliable method for determining replacement timing. Using a rigid steel rule or vernier calliper, measure across exactly 10 link pitches (pin-centre to pin-centre). Compare the measured length with the nominal 10-pitch dimension from our specification sheet. A 1% elongation (e.g., a chain with nominal 415 mm over 10 pitches measuring 419 mm) indicates moderate wear — monitor closely and plan replacement. A 2–3% elongation indicates that replacement is necessary before further wear begins to damage sprocket teeth. For critical drive positions on combine harvesters (feeder house, straw walker), we recommend replacing chains at 1.5% elongation to avoid unplanned downtime during harvest. Replacement should also include a visual check of pin exposure, link plate cracking, and roller condition.

Get in Touch — Source Your OEM-Compatible Agricultural Chain Today

Ready to Source OEM-Compatible Agricultural Chain for Your Australian Operation?

Sie erhalten wettbewerbsfähige Preise, bestätigte Kompatibilität und eine detaillierte technische Dokumentation – innerhalb von 24 Stunden nach Ihrer Anfrage.

✉️ [[email protected]] | 

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Over a decade of agricultural chain manufacturing with dedicated export teams for Australian and Pacific markets.

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