Heavy- Duty Non-Standrad Helical Gear Reliable Large Module Gear
In the world of machinery, gears are an essential component for power transmission. There are various types of gears available:
Gears can be made from different materials such as:
Depending on the application, gears can undergo different treatments such as:
When it comes to gear sizes, there are two types:
Gear drives have several advantages, including:
Our gear selection contains a variety of types to best suit your needs. Choose between:
We offer gears in various precision grades, including:
Our gears come in a variety of module numbers to fit your specific requirements such as:
Our gears are made with a variety of materials, including:
We offer a range of surface treatments to protect your gears and enhance their functionality, including:
Our delivery time varies depending on the size of your order:
For more information, please refer to our catalog.
The Ruida Helical Gear is known for its accuracy, with an AGMA 10-12 rating. The load capacity of the gear depends on its size, while the mounting type is bore. The material used in the manufacturing of the gear is steel, which ensures durability and longevity.
The Helical Gear is suitable for a range of occasions and scenarios that require gears with high accuracy and load capacity. The gear can be used in heavy machinery, such as construction equipment, as well as in the automotive industry. The Ruida Helical Gear is also ideal for use in the aviation and aerospace industries, where accuracy and precision are of utmost importance.
In addition to the Helical Gear, the Ruida product range also includes spur gears, which are ideal for use in applications that require high speed and low torque. These gears are also made of steel, ensuring durability and longevity. The Ruida spur gear is also manufactured in China and comes with a CE certification. The minimum order quantity is 10, with negotiable pricing and packaging details customized according to customer demands.
The Ruida spur gear is suitable for use in a range of scenarios, including in the automotive industry, in machinery that requires high-speed rotation, and in robotics. The pressure angle of the spur gear is 20 degrees, making it ideal for use in scenarios where speed is a priority.