Impact Idler

Effectively absorbs impact at loading points to extend belt life.

Overview

Impact idlers are designed to reduce the impact force on the conveyor belt during material unloading. Their unique structure effectively absorbs and distributes the impact force, protecting the belt from damage and extending its service life.

Widely used in industries such as mining, metallurgy, ports, and power, they are particularly suitable for conveying large particles and heavy-duty conveyor systems.

Haituo (HiTop) Motion Technology Conveycustom Impact Idler (1.2)

More Details For Our Customers

Structure Composition

The impact idler is primarily composed of:
1.Idler Shell: Made from high-strength steel to ensure structural stability and durability.
2.Buffer Spring System: Absorbs impact force, reducing damage to the conveyor belt.
3.Bearings: High-wear-resistant bearings ensure smooth operation of the idler.
4.Idler Frame: Made of suitable materials according to the operating environment and load requirements, ensuring the idler works normally under heavy loads.

Custom Options & Parameters

Impact idlers can be fully customized to meet diverse operating conditions across different conveyor systems. The main configurable options include:
·Roller Diameter & Length: Standard diameters range from φ89 to φ159mm, with lengths customized according to belt width (e.g. 500mm, 650mm, 800mm).
·Rubber Ring Type & Material: Available in natural rubber, wear-resistant rubber, oil-resistant rubber, or polyurethane. Ring quantity and spacing can be tailored based on impact intensity.
·Shaft Diameter & Bearing Type: Multiple shaft sizes (e.g. φ20, φ25, φ30mm) with matching bearings such as 6204, 6205, 6305.
·Sealing System: Options include triple labyrinth seals, steel cap seals, and fully enclosed designs to resist water, dust, and corrosion.
·Surface Treatment: Roller surfaces can be powder-coated, electro-galvanized, or hot-dip galvanized for enhanced corrosion protection in harsh environments.

Manufacturing & Quality Control

Our impact idlers are manufactured on advanced automated lines and under a strict quality control system. Every stage from raw material to finished product is rigorously monitored to ensure consistent performance and reliability.
·Premium Raw Materials: We use high-strength steel tubes, precision carbon steel shafts, and wear-resistant rubber rings. All materials are inspected upon arrival to ensure compliance with structural and impact resistance requirements.
·Precision Machining: Rollers are processed using automated cutting and CNC lathes, with robotic or automatic welding to guarantee dimensional accuracy, concentricity, and weld quality.
·Dynamic & Static Balance Testing: Each roller undergoes thorough balance testing after assembly to reduce vibration and noise during operation, enhancing service life.
·Advanced Sealing & Surface Protection: Our sealing systems pass water resistance testing, and surface treatments such as powder coating, electroplating, or hot-dip galvanizing ensure strong corrosion resistance.
·Comprehensive QC Process: This includes material re-inspection, in-process checks, finished product sampling, and load testing—ensuring that every batch meets customer requirements and industry standards.

FAQ or Maintenance Tips

·FAQ
Rubber rings may age or fall off, reducing impact absorption and damaging the belt.
·Maintenance Tip
Inspect rubber rings regularly for wear or looseness, and replace aged parts promptly.

Note

We support customized drawings, sample development, small-batch prototyping, and mass production to meet diverse product requirements under complex working conditions in industries such as mining, cement, steel, power, and ports.

Product Features

High Impact Resistance

The impact idler effectively absorbs shock forces through its elastic structure, protecting the belt from damage and extending overall service life.

Adaptability to Conditions

Capable of withstanding heavy loads, moisture, and airborne dust, making it ideal for demanding sectors like mining, metallurgy, and cement.

Durable Structural Design

Constructed with high-strength steel and premium bearings, ensuring excellent wear resistance and long-term stable performance.

Low Maintenance Requirement

The design minimizes belt wear and operational downtime, effectively reducing maintenance needs and improving overall system efficiency.

Need a custom solution?
Let’s make it simple.

Professional OEM/ODM services to match. From function to design, we offer fast and flexible customization to meet your exact needs.

Customization Options

01.

Size Flexibility

Roller length, pulley diameter, shaft size, and other dimensions can be precisely tailored to fit specific conveyor systems.

02.

Material Selection

Various materials including carbon steel, stainless steel, aluminum, and polymers are available for different environments.

03.

Surface Finish

Powder coating, zinc plating, hot-dip galvanizing, and rubber lagging enhance corrosion resistance and surface grip.


04.

Sealing Design

Optional sealing systems such as labyrinth seals, steel cap seals, and fully enclosed designs improve dust and water protection.


05.

Rubber Ring Type

Impact idlers support various rubber ring types and hardness levels, effectively handling different shock loads and operational conditions.


06.

Engineering Support

We support custom development based on drawings or samples, and assist in structure optimization and non-standard design.

Applications Across Industries

HiTop Motion_CONVETOR_BELT_1_Mining

Mining

Tear-resistant steel cord belts withstand continuous impact from sharp-edged ores.

HiTop Motion_CONVETOR_BELT_2_Cement_Plants

Cement Plants

Heat-resistant covers (+150℃) prevent surface carbonization during clinker conveying.

HiTop Motion_CONVETOR_BELT_3_Chemical_Industry

Chemical Industry

Transports fertilizers/plastic pellets using corrosion-proof rubber & enclosed structures.

HiTop Motion_CONVETOR_BELT_4_Construction

Construction

Wide belts for sand/concrete with high-capacity design.

HiTop Motion_CONVETOR_BELT_5_Power_Plants

Power Plants

Anti-static guide strips eliminate spark risks in coal conveying.

HiTop Motion_CONVETOR_BELT_6_Steel_Mills

Steel Mills

Handles iron ore/slag at 800°C with alloy-reinforced carcass.

HiTop Motion_CONVETOR_BELT_7_Logging

Logging

Reinforced belts transport logs/sawdust with puncture-proof layers.

HiTop Motion_CONVETOR_BELT_8_Logistics

Logistics

Anti-salt spray rubber compound extends service life in humid port operations.

Reach Out Today

Contact us to get a free quote, your project will meet a right solution with us.

Tell Us What You Need

Tell us as specific as possible of your needs, provide the drawing, reference picture and share your idea to us.

Get Solution & Quote

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Approve Mass Production

We will start mass production after approval and deposit, and we will handle the shipment and future after-sale service.

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