Juming Industrial Conveyor Belt
Chapter one: what is a conveyor belt?
Conveyor belt is a device made of a continuous belt-like material used to
transport materials, goods, or other objects between different locations. it
consists of a set of pulleys and the belt material, allowing movement in
horizontal, inclined, or vertical directions. conveyor belts are typically made
of flexible and wear-resistant materials such as rubber, polymers, or metals.
powered by a drive unit, usually an electric motor, conveyor belts serve as
efficient and automated tools for material transportation. they find wide
applications in industrial production, logistics, mining, construction,
agriculture, and other fields.
The main function of conveyor belts is to transport materials from one
location to another, replacing manual handling or other forms of material
transportation. They can convey materials between different processes on factory
production lines, such as loading, sorting, packaging, and assembly.
Additionally, conveyor belts are also used in loading and unloading goods,
warehousing, sorting, and distribution centers, enhancing the efficiency and
accuracy of logistics operations.
The conveyor belts you need can be designed and customized to specific
requirements. For example, we can provide conveyor belts with special surface
textures or grooves to offer additional friction, preventing material slippage
or misalignment. Additionally, some conveyor belts can be equipped with
auxiliary devices such as sensors, weighing systems, and sorters to achieve more
precise control and automation.
Contact Us
Chapter Tow:The type of conveyor belt
The conveyor belts exported by Juming are widely used in various industrial
sectors and applications worldwide, covering a diverse range of scopes and
purposes. The efficiency of conveyor belt systems contributes to increased
productivity, cost savings in labor, and reduced delivery time. They can swiftly
and reliably move large quantities of goods for transportation, further
assembly, or storage.
The main reasons for using such a wide range of conveyor systems are to save
labor costs, efficiently handle goods, and protect products and materials from
damage. They provide the highest quality service at the lowest cost. Just as we
provide our services for your project at the lowest cost while ensuring the
highest quality.
Contact Us
1. Flat Belt Conveyor: Used for horizontal or slightly inclined material
transportation, commonly found in industrial production lines and logistics
fields. It is the most common type of conveyor belt.
2. V-Belt Conveyor: V-shaped conveyor belt is made by V-shaped molding and
directly integrated into the cover layer of the conveyor belt to increase the
friction between the conveyor belt and the conveyed material.
3. Spiral Conveyor: It utilizes a spiral structure to push or elevate
materials, suitable for conveying and discharging powdered or granular
materials.
4. Gravity Roller Conveyor: It utilizes the weight of the materials to slide
and transport them on a horizontal or inclined surface. It is commonly used for
the conveyance and loading/unloading of lightweight materials.
5. Corrugated Sidewall Conveyor Belt: Corrugated Sidewall Conveyor Belt are
designed with wave-shaped cleats on both sides of the belt to prevent material
spillage due to site limitations or the need for high-angle material conveying.
Corrugated Sidewall Conveyor Belt must be able to withstand high stress and
repeated flexing that occur during high-capacity and high-angle conveying.
Click to view Corrugated Sidewall Conveyor Belt
Click here for more
Chapter Third:The raw material of the conveyor belt
Regardless of the materials used, our company Hebei Juming Import And Export
Trade Co., Ltd. manufactures various types of conveyor belts that are designed
to efficiently and smoothly move products, materials, supplies, and components
from one place to another. The selection of the appropriate conveyor belt type
is determined based on the characteristics of your products. Although there are
many different materials used in the production of our conveyor belts, they can
be categorized into five major categories: metal, plastic, rubber, textile, and
leather. Each category has its own subgroups and variations.
Click here for more
1. Metal Conveyor Belt: Metal conveyor belts are typically made from metal
materials such as steel and stainless steel, offering high strength and
durability. They are suitable for heavy-duty and high-temperature environments,
capable of handling heavy loads and resisting corrosion. Metal conveyor belts
are commonly used in industries such as mining, metallurgy, and automotive.
2. Plastic Conveyor Belt: Plastic conveyor belts are usually made from
polymer materials such as polyurethane, polyethylene, and PVC, known for their
lightweight, corrosion resistance, and wear resistance. They are suitable for
applications in industries with high cleanliness and hygiene requirements, such
as food processing and packaging.
3. Rubber Conveyor Belt: Rubber conveyor belts are made from rubber materials
such as natural rubber and synthetic rubber, exhibiting good elasticity, wear
resistance, and corrosion resistance. They are suitable for various industries
including mining, metallurgy, construction, and agriculture.
4. Fabric Conveyor Belt: Fabric conveyor belts are made from textile
materials such as cotton, nylon, and polyester, offering good flexibility and
tensile strength. They are suitable for conveying lightweight and medium-weight
materials, commonly used in industries such as packaging, logistics, and
warehousing.
Clilk to view Fabric conveyor beltsic
5. Steel Cord Conveyor Belt: This is a special structure conveyor belt with a
core composed of multiple steel cords. It possesses high strength, wear
resistance, tensile strength, and high-temperature resistance, making it
suitable for long-distance, high-load, and high-speed transportation
applications. Steel cord conveyor belts can withstand high tension, high speed,
and heavy loads, while maintaining wear resistance, tensile strength, and
high-temperature resistance. The advantages of steel cord conveyor belts include
excellent strength and durability, low energy consumption, as well as long
service life and reliable operation.
Click to view Steel Cord Converor Belt
These conveyor belts made from different materials have differences in terms
of wear resistance, corrosion resistance, temperature range, weight, applicable
environments, and costs. Therefore, selecting the appropriate conveyor belt
material requires considering the specific requirements and conditions of the
application to ensure optimal performance and durability. If you have any
requirements, please click here to contact us, and we will respond within 8
hours, usually even faster than eight hours.
Click here for more
Chapter Four: Working Principle of Conveyor
The working principle of a conveyor is based on the continuous cyclic
operation of the conveyor belt. It mainly consists of the following
components:
1. Drive System: Usually consists of motors, gears, or hydraulic systems,
providing power to drive the conveyor belt.
2. Conveyor Belt: Composed of a flexible belt material such as rubber,
plastic, or fabric. The conveyor belt is connected to the drive system and
support devices, forming a closed loop.
3. Support Devices: Used to support and maintain the stable operation of the
conveyor belt. It can be rollers, slides, chutes, or brackets, among others.
The working principle of the conveyor belt is as follows:
1. Power Transmission: The drive system provides power and transfers
rotational force to the conveyor belt, initiating its movement.
2. Material Loading: Place the material to be conveyed at the feeding end or
loading area of the conveyor belt.
3. Operational Cycle: The conveyor belt starts running according to the set
speed and direction, moving the material along its length from the feeding end
to the unloading end.
4. Material Unloading: At the unloading end or target location, the material
is removed from the conveyor belt, which can be done through gravity, mechanical
devices, or operator intervention.
5. Cycle Repeats: The conveyor belt continues running, moving the next batch
of material from the feeding end to the unloading end, repeating the cycle.
The speed and direction of the belt can be adjusted as needed to accommodate
specific material conveying requirements. Auxiliary devices such as guiding
systems, rollers, side guards, and sensors can be used to ensure stability,
positioning, and safety of the material during the conveying process. If you
need a complete system, feel free to contact us, and our engineers will create
custom drawings tailored to your requirements.
Click here for more
Chapter Five: Uses of Conveyor Belts
Conveyor belts have a wide range of applications and play a crucial role in
various industries and sectors.
1. Material Conveyance: Conveyor belts are used to transport materials from
one location to another. For example, they can move raw materials to
workstations on a production line or transfer finished products to packaging
areas.
2. Packaging and Sorting: Conveyor belts are essential in packaging and
sorting processes. They facilitate the movement of packaging materials and
products between different workstations, enabling efficient packaging and
sorting operations.
3. Transportation and Logistics: Conveyor belts are employed in the
transportation and logistics industry to move goods from warehouses or loading
areas to transportation vehicles (such as trucks, ships, or airplanes) or
storage facilities.
4. Mining and Quarrying: In mining and quarrying operations, conveyor belts
are used to transport minerals, stones, and coal from mining sites to processing
equipment or transport vehicles.
5. Agriculture and Agricultural Product Processing: Conveyor belts find
widespread use in the agriculture sector for conveying crops, feed, fertilizers,
and other agricultural products. They can, for instance, transfer harvested
crops from fields to storage equipment or processing plants.
6. Food Processing and Packaging: Conveyor belts play a vital role in the
food processing and packaging industry. They transport food raw materials,
finished products, and packaging materials, facilitating automated production
and packaging processes.
7. Warehousing and Distribution Centers: Conveyor belts are utilized in
storage and distribution centers for storing, organizing, picking, and
distributing goods, enhancing warehouse management efficiency.
8. Sewage Treatment: Conveyor belts are employed in sewage treatment facilities to transport sludge, solid waste, and processed materials,
contributing to the automation and efficiency of sewage treatment plants.
At our factory, we have experience in manufacturing various types of conveyor
belts and belt conveyors. Our clientele spans across the globe, including North
America, South America, Australia, Asia, and Europe. Whether you need belt
conveyors, conveyor belts, or other components such as rollers, you can reach
out to us. We are committed to providing top-notch service and exceeding your
expectations.
Chapter Six: Relevant Regulations on Belt Conveyors
The standards and regulations for belt conveyors may vary depending on the
country and region. Here are some common standard and regulatory organizations
that have established specifications and guidelines related to belt
conveyors:
1. United States Standards and Regulations:
– ANSI/CEMA 402-2003: “Safety Standard for Belt Conveyors” developed by the
Conveyor Equipment Manufacturers Association (CEMA), provides specifications and
guidance on the safety aspects of belt conveyors.
– OSHA Standards: The Occupational Safety and Health Administration (OSHA)
has developed a series of standards related to workplace safety, including
provisions applicable to belt conveyors.
2. European Standards and Regulations:
– EN 12882:2008: “Safety Requirements for Conveyor Belts for General-Purpose
Use” published by the European Committee for Standardization (CEN), includes
safety requirements and test methods related to belt conveyors.
– DIN 22101: The German Institute for Standardization (DIN) has published
standards related to the design and calculation of belt conveyors.
3. International Standards:
– ISO 5049-1:2012: “Safety of Machinery – Principles for Risk Assessment and
Risk Reduction” published by the International Organization for Standardization
(ISO), includes safety requirements and test methods related to continuous
handling equipment, including belt conveyors.
Additionally, specific industries and applications may have their own
standards and regulations applicable to the use of belt conveyors, such as in
food processing, mining, and construction industries. It is important to adhere
to the relevant safety requirements and regulations based on local laws,
standards, and manufacturer guidelines in specific operating environments.
Whatever your requirements may be, our engineers can customize solutions
tailored to your needs. So, feel free to contact us as soon as possible if you
have any requirements or inquiries related to conveyor systems.