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Driving chains are a type of roller chain that is used to transmit power and motion from one shaft to another. They are commonly used in industrial machinery, agricultural equipment, and automotive applications. Driving chains are designed to operate at high speeds and carry heavy loads, making them ideal for power transmission applications.

Driving chains consist of a series of rollers connected by side plates, which are in turn connected to each other by pins. The rollers engage with teeth on sprockets, providing the driving force to transmit power from one shaft to another.

Haoqiang Driving chains come in various sizes and configurations to accommodate different load requirements and operating conditions. They may be made of various materials such as carbon steel, stainless steel, or plastic, depending on the application requirements.

WHO ARE WE

About Us

Jinhua Haoqiang Chain Co., Ltd.

Jinhua Haoqiang Chain Co., Ltd is famous China Driving Chains Manufacturers and Driving Chains factory, The company specializes in manufacturing: A and B series close roller chains, agricultural chains, motorcycle chains, cement chains, conveyor chains and various professional special chains. We can also design and manufacture various large and medium-sized chains according to customers' needs. Each product follows strictly all the requirements of ISO system standard. They have various advantages such as wear-resistant and durable, fatigue and tensile resistance, economy and environmental protection. They are widely used in daily chemical, port, forestry, agriculture, light industry, paper making, shipbuilding, engineering machinery and other industries.

we can also customize non-standard Driving Chains according to your requirements. Our products are sold in many parts of China and we have established good cooperation with many companies to create value for our customers and are well-received in the industry.

Industry knowledge about Driving Chains

What are the differences between ANSI Standard Roller Chain and BS/DIN Standard Roller Chain, and how do these differences affect their application in driving chains?

Roller chains are a common type of driving chain used in many industrial applications, such as power transmission, material handling, and automotive systems. Two widely used standards for roller chains are the ANSI (American National Standards Institute) Standard and the BS/DIN (British Standards/DIN Deutsches Institut für Normung) Standard. While both standards share similar design principles, they have differences that affect their application in driving chains. In this article, we will explore the differences between ANSI Standard Roller Chain and BS/DIN Standard Roller Chain and their impact on driving chains.

The first difference between ANSI Standard Roller Chain and BS/DIN Standard Roller Chain is their size and pitch. The ANSI Standard Roller Chain has a pitch range of 0.375 inches to 3 inches, while the BS/DIN Standard Roller Chain has a pitch range of 0.375 inches to 2.609 inches. Additionally, the ANSI Standard Roller Chain uses inch-based units, while the BS/DIN Standard Roller Chain uses metric-based units. The difference in size and pitch affects the compatibility of the chain with the driving sprockets and the overall system. It is essential to select a chain and sprocket that are compatible with each other to ensure optimal performance and longevity.

The second difference between ANSI Standard Roller Chain and BS/DIN Standard Roller Chain is their manufacturing standards. The ANSI Standard Roller Chain is manufactured to ANSI/ASME B29.1 standards, while the BS/DIN Standard Roller Chain is manufactured to ISO 606/BS 228/DIN 8187 standards. These standards specify the material, design, and testing requirements for the chain. The difference in manufacturing standards affects the quality and reliability of the chain, as well as its compatibility with other components of the driving system. It is essential to select a chain that complies with the appropriate standards for the specific application.

The third difference between ANSI Standard Roller Chain and BS/DIN Standard Roller Chain is their attachment styles. The ANSI Standard Roller Chain has a variety of attachment styles, such as extended pins, straight side plates, and offset links, that allow for customization of the chain to fit specific applications. The BS/DIN Standard Roller Chain has fewer attachment styles, such as extended pins and straight side plates, which may limit its customization options. The difference in attachment styles affects the versatility and adaptability of the chain to different driving system requirements.

The fourth difference between ANSI Standard Roller Chain and BS/DIN Standard Roller Chain is their availability and cost. The ANSI Standard Roller Chain is widely used in the United States and is readily available from many manufacturers. The BS/DIN Standard Roller Chain is more prevalent in Europe and may be less available in other regions. Additionally, the cost of the chain may vary depending on the availability and the region of use.

How do ANSI Standard Roller Chain and BS/DIN Standard Roller Chain compare in terms of their performance and durability as driving chains, and what factors should be considered when selecting between the two?

Roller chains are an essential component of many industrial applications, including power transmission, material handling, and automotive systems. Two of the most widely used roller chain standards are the ANSI (American National Standards Institute) Standard and the BS/DIN (British Standards/DIN Deutsches Institut für Normung) Standard. When selecting a roller chain for a specific application, it is crucial to consider factors such as performance, durability, and compatibility with other components of the driving system. In this article, we will compare ANSI Standard Roller Chain and BS/DIN Standard Roller Chain in terms of their performance and durability as driving chains and discuss factors to consider when selecting between the two.

Performance:

Both ANSI Standard Roller Chain and BS/DIN Standard Roller Chain are designed to transmit power efficiently and reliably in various applications. However, there are some differences in their design that affect their performance. ANSI Standard Roller Chain has a more extensive range of pitch sizes, which means it can handle higher loads and transmit more power than BS/DIN Standard Roller Chain. On the other hand, BS/DIN Standard Roller Chain has a higher fatigue strength, which means it can withstand repeated loading and unloading cycles without breaking or deforming. Additionally, BS/DIN Standard Roller Chain has a more precise pitch, which allows for smoother operation and reduces vibration and noise.

Durability:

The durability of a roller chain depends on several factors, such as the quality of materials, manufacturing standards, and environmental conditions. Both ANSI Standard Roller Chain and BS/DIN Standard Roller Chain are made of high-quality materials and manufactured according to strict standards to ensure durability. However, there are some differences in their design that affect their durability. ANSI Standard Roller Chain has a wider range of attachment styles, which allows for greater customization and adaptability to different applications. However, the additional features and customization options may also make it more prone to wear and tear over time. On the other hand, BS/DIN Standard Roller Chain has fewer attachment styles, which makes it more straightforward and less prone to failure due to wear and tear.

Factors to Consider:

When selecting between ANSI Standard Roller Chain and BS/DIN Standard Roller Chain, it is crucial to consider several factors. First, the application requirements should be evaluated, such as the load, speed, and temperature range, to determine which chain is most suitable. Second, the compatibility with other components of the driving system, such as sprockets and bearings, should be considered to ensure optimal performance and longevity. Third, the availability and cost of the chain should be evaluated to determine if it is a feasible option for the specific application.