SHINING's 667X Steel Pintle Chain delivers robust power transmission for agricultural machinery like spreaders and conveyors. With a 57.15mm pitch and a high 88.9 kN tensile strength, it handles heavy shock loads and abrasive conditions. Its heat-treated construction ensures superior wear resistance and durability for reliable, long-lasting performance in demanding environments.
Product Name: 667X Steel Pintle Chain
Application: Power transmission systems for agricultural machinery such as spreaders, conveyors, and even elevators.
Overview:
The 667X Steel Pintle Chain is a high-performance material conveying solution that has been widely used in industrial and agricultural fields for decades. It is specifically engineered to efficiently transport various materials from one point to another, with typical applications including spreaders, conveyors, and elevators. This pintle chain is constructed from high-quality raw carbon steel, ensuring excellent interchangeability with products of other brands. Its robust design and advanced manufacturing processes enable it to withstand harsh operating conditions, addressing the challenges of material abrasion, load impact, and debris accumulation, thus guaranteeing reliable performance and long service life in demanding environments.
Technical Specifications:
| Chain No. | Pitch | Width Between Inner Plates | Chain plate | Pin | UTS | ||
| height | thickness | length | diameter | ||||
| mm | mm | mm | mm | mm | mm | kN | |
| 667X | 57.15 | 27 | 23.8 | 4.3 | 51.5 | 11.1 | 88.9 |
The optimized pitch design strikes an ideal balance between powerful load-bearing capacity and smooth engagement, effectively reducing impact and vibration in multi-shaft transmission systems.
Custom Connecting Rod Size: Designed according to standard specifications, it provides a width matched to the agricultural machinery, ensuring perfect alignment with sprockets and sufficient structural strength.
Minimum Tensile Strength:≥ 88.9 kN
The high tensile strength ensures the drive chain can withstand the substantial dynamic loads generated during tractor startup, climbing, and overload conditions, effectively preventing breakage and ensuring operational safety.
Design Features:
Super Wear Resistance & High-Strength Structure:
Manufactured from high-quality alloy steel, key components (such as link plates and pins) undergo special heat treatment processes (like carburizing and quenching). This results in a hardened surface to resist wear while maintaining a tough core to withstand impact loads, significantly extending the chain's service life.
Dynamic Load Optimization:
The pin holes in the link plates are precision-machined, and the fit with the pins is optimized to ensure smooth operation under continuous alternating loads, reducing power fluctuations and noise, thereby protecting other components in the transmission system.
Operating Environment:
The 667X Steel Pintle Chain is specifically designed to adapt to the challenging operating conditions of industrial and agricultural applications, including:
-High levels of vibration and shock loads.
-Abundant dust, mud, and damp conditions.
-Long periods of continuous operation under varying temperatures.
Installation & Compatibility:
This drive chain is manufactured in strict accordance with international standards (e.g., ISO, ANSI) and is highly compatible with the transmission systems of mainstream agricultural machinery brands. Detailed technical parameters and installation guidelines are provided for easy integration by equipment manufacturers or quick adaptation during maintenance and replacement by users.
Conclusion:
The 667X Steel Pintle Chain is a premium material conveying solution tailored for industrial and agricultural needs, prioritizing efficiency, reliability, and durability. Its super wear-resistant material, excellent environmental sealing performance, and dynamic load-optimized design make it a robust backbone for equipment like harvesters and tractors, ensuring maximum performance during critical farming seasons. Choosing the 667X pintle chain means opting for lower overall maintenance costs, higher operational availability, and consistent, stable agricultural output.
