We are an ISO9002 certified China conveyor chain manufacturer. Our conveyor chain for automobile industry is used to the pressing machines, jointing machines or chassis, engine, and gearbox assembly lines in automobile industry. In addition to providing various kinds of chains, we can also produce noise-free conveyor chain by adopting infilling steel bearing or self-lubricating plastic bearing according to the demand of the customer.
Conveyor chains are designed to allow movement of heavy materials at high speeds. Typically, these are metal and come in different sizes to suit a wide variety of applications. These are used in many industries, including agriculture and food production, but there are also some plastic chains available.
Types of Conveyor Chain
There are three main types of conveyor chains, and each one has a number of features. These are single strand, two strand, and a modular chain. Each of these comes in a wide range of capacities.
Most conveyors are made from metal, although a few are made from plastic. Most conveyor chains are manufactured in accordance with national and international standards, with many products complying with ISO and BS specifications.
The most common type of conveyor chain is a double pitch roller chain. This is used in most applications, and offers a low weight to strength ratio and long service life. Some larger chains are made with a special alloy steel track, which gives greater load carrying capacity. Depending on the application, other attachments can be included.
These chains can be made with various styles and sizes of sprockets. There are different styles, such as the hollow bearing pin chain, which allows bolting attachments, and the solid bearing pin chain, which has the same inside width as the hollow bearing pin. The sprockets on a conveyor chain are usually fabricated steel.
Conveyor Chain Catalogue
What Is Conveyor Chain Used For?
If you’re wondering what a conveyor chain is, it’s a mechanical device that transports products or material through a gap in a factory floor or industrial building. It is usually a double strand configuration that is generally made from steel. It has a variety of pitches to choose from and is often used for moving heavy or bulky items.
A conveyor chain consists of a series of journal bearings. These are joined together by a set of link plates. The bearings allow the roller to revolve. The bearings are usually case-hardened for high pressure articulation.
Conveyor chains are typically made of metal and can receive various fastening accessories. This allows for easy installation and maintenance.
The main purpose of a conveyor chain is to move heavy or bulky items through a gap. This is especially true if you are dealing with abrasive or harsh environments. The right material is important because it can withstand the forces and effects of your environment.
How to Select a Conveyor Chain?
If you want to select a conveyor chain for your product, there are several important factors to consider. Not only do you have to consider the type of product and its weight, but also its conditions and technology. You also need to make sure it’s compatible with the upstream and downstream equipment.
Choosing the correct conveyor can significantly affect productivity in your line. If you choose the wrong one, it can prevent your product from reaching the desired destination. To avoid this, gather as much information as possible.
First, you’ll need to determine the length of the chain. It will depend on the weight of the product and its rate. You may also want to consider a guide rail. However, guide rails can cause problems if not properly selected.
Another factor is the operating environment. This is the factory condition that you’re working in. It will affect the chain’s weight, its strength, and the material that it is made of.
If you are working in an area with high temperatures, you’ll need to select a conveyor that can withstand heat. You’ll also need to choose a chain with high tensile strength.
When you select a conveyor chain, you will need to choose one that can withstand abrasive materials. Depending on the product, you may need to use abrasion-resistant linings. You’ll need to check the specific pressures between the rollers-bushes and bushes-pins.
You’ll also need to determine the appropriate speed. A low coefficient of friction will reduce the power required to run the conveyor. It will also decrease wear to workpiece pallets. You’ll also need to make sure there is a proper spacing between the guide rails.
Choosing a Conveyor Chain Sprocket
A conveyor chain sprocket is a toothed gear that is used to transmit rotary motion. They are used on conveyor chains and belts to move material. They are manufactured in a variety of sizes, designs, and materials.
When choosing a conveyor chain sprocket, you should consider the size and number of teeth. The number of teeth is the easiest way to determine the length of the sprocket. The harder the sprocket’s teeth, the longer it will last.
The ANSI standard dimensioned keyway is used to secure the sprocket to the shaft. The set screws are typically located above the keyway. These set screws prevent the sprocket from moving axially and provide additional clamping force.
Typically, the sprocket is made from steel or powder metal. It is then stamped or pressed into bar stock. There are four different standard hubs used to manufacture the sprockets.
Some manufacturers offer the option of hardened or induction hardened sprockets. This provides extra protection against corrosion. The induction hardening process causes localized hardening. In addition, sprockets that are induction hardened are designed to be hardened in the working area.
The two main types of sprockets are segmented sprockets and shear pin sprockets. Both sprockets are useful for preventing overloaded conveyors. They stop the conveyor when the load is too much for the chain. They can be easily replaced after the load has cleared.
In order to prevent damage to the chain, it is important to use the right lubricant. This will keep the bearing surfaces free from corrosion, and reduce the wear rate. The correct lubrication will also minimize noise and power absorption.