Разуменне і аптымізацыя выкарыстання пластыкавых чарвячных перадач

Manufacturing Methods and Materials

Plastic worm gears are an essential component in many mechanical systems. The manufacturing of these components is primarily divided into cutting, heat treating, and grinding after cutting for the worms. For worm wheels, the processes are typically categorized into cutting pearly whites, cutting teeth after casting, and teeth cutting after the outer rim has been cast around the center of the blank.

The materials used for the production of worm gears and worm wheels vary and can significantly affect the performance and durability of the gear. For worm gears, structural carbon steel (S45C, etc.), structural alloy steel (SCM415, etc.), stainless steel, and cast iron are frequently used. For worm wheels, materials include cast iron (FC200, etc.), nonferrous metals such as phosphor bronze and specialty bronze (nickel bronze, aluminum bronze, etc.), and engineering plastics like MC Nylon. The chosen combination of materials for worm gears and wheels significantly influences the allowable transmission pressure and lubrication strategies, requiring careful consideration.

The Role of Lead Angles

Lead angles of a worm’s right and left tooth surfaces are usually identical. However, in duplex worm gears, they are designed to change the tooth thickness of the worm continuously in the axial direction. This allows for adjustment of the backlash by shifting the worm axially with shims.

Перавагі і недахопы чарвячных перадач

One of the main benefits of using worm gears is the ability to achieve a significant speed reduction in a compact space compared to using spur gears. Worm gears are typically used to turn the worm wheel. However, when the lead angle is particularly small, the worm wheel cannot turn the worm, a phenomenon known as self-locking. While this can be advantageous in some applications, it is not an efficient preventative measure for reverse driving.

Worm gears also offer additional benefits, such as low noise and vibration. However, due to sliding contact at the tooth surfaces, their efficiency is limited. Furthermore, worm gears can suffer from tooth surface temperature seizure, which is a notable drawback.

Why Choose WLY Plastic Worm Gears

At WLY, we offer high-quality plastic worm gears designed to provide superior performance and durability. Our worm gears are manufactured using the finest materials and advanced manufacturing methods. We are committed to delivering products that meet the highest industry standards.

We understand that every application is unique, and therefore, we offer a wide range of worm gears to cater to various needs. Whether you require worm gears with high transmission pressure or those that require specific lubrication strategies, we have the right solution for you.

Furthermore, our worm gears are competitively priced without compromising on quality. We believe in providing value for money, ensuring that you get the best return on your investment.

We pride ourselves on our excellent customer service. Our team of knowledgeable and experienced professionals is always on hand to assist with any queries you may have, ensuring you choose the right worm gear for your application.

вытворца

Часта задаюць пытанні

1. What materials are used in the manufacture of WLY worm gears?

At WLY, we use a variety of materials in the manufacture of our worm gears, including structural carbon steel, structural alloy steel, stainless steel, and cast iron.

2. What are the advantages of using WLY worm gears?

WLY worm gears are designed to provide substantial speed reduction in a compact space. They also offer benefits such as low noise and vibration, making them ideal for a variety of applications.

3. How do I choose the right worm gear for my application?

Choosing the right worm gear depends on several factors including the required transmission pressure, lubrication strategies, and the specifics of your application. Our team at WLY is always available to assist you in making the right choice.

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