Chevron Conveyor Belt
Chevron Conveyor Belt2
Chevron Conveyor Belt3
Chevron Conveyor Belt4
Chevron Conveyor Belt5
Chevron Conveyor Belt6
Chevron Conveyor Belt7
Chevron Conveyor Belt
Chevron Conveyor Belt2
Chevron Conveyor Belt3
Chevron Conveyor Belt4
Chevron Conveyor Belt5
Chevron Conveyor Belt6
Chevron Conveyor Belt7

Chevron Conveyor Belt

Chevron conveyor belt, fitted with raised chevron cleats, is designed for steep angle conveying to prevent bulk material sliding and fallback, an issue common for smooth flat belts.
Various chevron patterns are available for different slope demands. Widely used in mining, farming, construction and recycling, it maintains stable performance under harsh on site working conditions.

Product Overview

Chevron conveyor belt, sometimes called cleated chevron rubber conveyor belt, is built to work for steep angle material conveying jobs. Standard smooth belts hit limits when lifting bulk goods on sharp slopes — loose material will slide or roll backwards. The raised chevron cleats lock bulk material in place and stop fallback during inclined transport.

We carry multiple chevron pattern styles to match different slope requirements. These belts see heavy use across mining sites, farms, construction and recycling operations. They hold up well even under rough, real world site conditions.

 

Key Features

  • Cleats are integrally vulcanized on the belt with high adhesion to prevent coming off.
  • Various pattern designs are available to meet conveying inclination angles.
  • High flexibility and excellent performance ensures excellent performance and longer service life.

 

Technical Capabilities & Main Specifications

Cleat Height Options: 5 mm, 8 mm, 10 mm, 15 mm, 17 mm, 20 mm, 25 mm, 32 mm Usable Belt Width: 300 mm up to 2000 mm

Max practical conveying angle: Up to 40 degrees

Keep in mind: Higher cleat heights support steeper conveying angles. Fine wet materials normally need taller cleats to avoid back sliding. Results shift based on particle size and moisture level of your raw material.

 

Chevron Type

C17P440 / C17P630 / C17P750

Chevron Type

 

Profile height
(mm)
Profile width
(mm)
Profile pitch
(mm)
Belt width
(mm)
17 440 330 1200
17 630 330 1200
17 750 330 1200

 

 

C25P330 / C25P330 /C25P440

C25P330

 

Profile height
(mm)
Profile width
(mm)
Profile pitch
(mm)
Belt width
(mm)
25 260 245 1200
25 330 245 1200
25 440 245 1200

 

C32P1000

Profile height
(mm)
Profile width
(mm)
Profile pitch
(mm)
Belt width
(mm)
32 1000 330 1300

 

C10P700 Closed V / C15P400 Closed V / C15P550 Closed V 

C10P700 Closed V

 

Profile height
(mm)
Profile width
(mm)
Profile pitch
(mm)
Belt width
(mm)
10 700 220 1200
15 400 200 1200
15 550 200 1200

 

Typical Applications

Chevron conveyor belts handle diverse bulk materials on steep inclined conveyors. Common use cases include:

  • Crushed minerals, mine ore and coal
  • Sand, gravel and construction aggregates
  • Wood chips, biomass fragments
  • Grain and agricultural fertilizers
  • Mobile crushers, vibrating screening plants
  • Road milling machine waste material removal

Smooth ordinary belts work well for small inclination. Once you push conveyor angle higher, chevron cleated belts become the practical solution to hold loose bulk materials in position.

 

Rubber Compound Quality Options

Match your rubber formulation to your working environment. Below are available grades:

  • Flame retardant: Best for underground mining and locations with high fire risks
  • Abrasion resistant: Heavy grade for sharp, jagged mineral loads
  • Acid & Alkali resistant: Suited for fertilizer and corrosive bulk products
  • Heat resistant: For conveying hot mineral discharge
  • Oil resistant: Use when materials carry oil or grease
  • Cold resistant: For outdoor winter work in low temperature zones

Quick onsite tip: Sticky wet materials will speed up cleat wear. Simple regular visual inspections help spot wear issues before they turn into bigger failures.

 

FAQ

Q1:What is the maximum angle for chevron conveyor belts?

Real world working angles can go as high as 40°, but this number is not fixed. Material moisture, particle size and your chosen cleat height all change performance. Wet fine sand, for example, almost always requires taller cleats. Send over your site data and we can suggest the right cleat dimension for you.

Q2:Do chevron cleats fall off easily?

Our cleats are vulcanized into the top cover instead of glued on afterwards. They form one solid rubber unit with the belt. With correct installation and normal loading, peeling risks stay very low. Still, heavy sharp edged material with repeated direct impact can damage cleats over time.

Q3:How should I select cleat height for my project?

As a general rule, steeper slopes call for higher cleats. Light, fine grain materials can run with shorter cleats. Heavy, coarse or wet bulk goods need taller profiles. Share your belt width, conveyor angle and material details, and our team will give you practical recommendations.

Q4:Will this belt work on mobile crusher setups?

Yes, many mobile crushing and screening machines run chevron belts. Good rubber flexibility handles constant movement of portable site equipment without extra trouble.

Q5:Can I get custom chevron patterns?

Standard chevron patterns are readily available. Custom special cleat shapes are possible mainly for larger volume orders. Small batch custom requests may not be feasible.

Q6:Which rubber grade should I choose?

Look at your operating conditions: working temperature, whether material is oily, corrosive or hot, plus any fire safety requirements. Tell us about your site environment and we help you pick the suitable rubber compound.

 

Products

Rubber Wear Lining

Our rubber wear lining is a high-toughness protective rubber layer engineered for industrial equipment interiors. Featuring outstanding abrasion, impact and corrosion resistance, it effectively safeguards mills, chutes and hoppers from long-term material scouring. Lightweight, durable and fully customizable, it cuts maintenance costs and reduces noise, ideal for mining, cement and chemical industrial applications.
Sidewall Conveyor Belt

Sidewall Conveyor Belt

QBF rubber specializes in designing and manufacturing high-quality steep incline conveyor belts for bulk material lifting across industries such as harbors, metallurgy, tunneling, power plants, chemicals, cement, and metro. As the only Chinese manufacturer using full European molds and standards, QBF rubber provides complete solutions covering belt selection, production, installation, commissioning, and trouble shooting.
Pocket Type Conveyor Belt

Pocket Type Conveyor Belt

Developed from high angle sidewall belts and high capacity bucket elevators, the Pocket Type Conveyor Belt (Pocketlift) suits underground mining, tunnels, port handling and large volume silo feeding, with lifting heights up to 800 meters.
It handles ultra high lift, high throughput tasks beyond conventional high angle sidewall belts, realizing stable continuous bulk material transportation.
Rope track Sidewall Conveyor Belt

Rope-track Sidewall Conveyor Belt

RopeTrack corrugated sidewall steel cord conveyor belt for overhead cable conveying. ST10000 high strength, 25000 t/h throughput for mine, quarry & complex terrain long distance bulk transport. Custom engineering available.
Bucket Elevator Conveyor Belt

Bucket Elevator Conveyor Belt

Bucket elevator conveyor belts are cost effective core components for vertical bulk material handling, supporting lifting heights over 100 meters. Reinforced with high grade tear resistant polyester canvas or optional steel cord anti tear layers for heavy duty use.
They deliver low elongation, high throughput and stable operation with easy maintenance, helping operators reduce downtime from belt failures and frequent replacements.
Pipe Conveyor Belt

Pipe Conveyor Belt

Pipe conveyor belt (tubular conveyor belt) folds into a closed tube in operation, fully containing bulk materials to eliminate spillage and dust emissions while shielding cargo from external contamination.
Supporting sharp horizontal and vertical bends, it meets strict environmental requirements and helps plants remove redundant transfer points, favored by operators troubled by on site dust and leakage issues.

Recent news

Easy Clean Sidewall Conveyor Belt

Tunnel Shield Project | QBF rubber Anti-stick Sidewall Conveyor Belt Installation Service Delivered

Oct 20, 2026

Recently, the engineering service team from QBF rubber was dispatched to a tunnel project site and successfully completed on-site installation guidance for the sidewall conveyor belt. Supported by one-stop full-process technical services, the project’s conveying equipment achieved stable commissioning and high-efficiency operation. Tunnel construction presents tough site conditions, featuring steep conveying angles and considerable risks of material back-sliding and spillage. Breaking away from the traditional product-only supply model, QBF rubber provides a full-chain custom service package for this project. The service scope includes preliminary site survey, working-condition analysis, custom belt selection and design, bespoke belt manufacturing, on-site hot-splicing joint execution and full-cycle installation technical guidance. This complete set of services fully meets the operational demands of steep-angle material handling for tunnel construction. Shield tunnel jobs have tight working spaces, limited on-site manoeuvring, high muck volumes and wet excavated spoil. These conditions commonly cause spoil and fines to stick and pile up on conveyor belts. For this project, QBF rubber Anti-stick Sidewall Conveyor Belt was selected to tackle such field-proven issues. The belt’s special surface treatment resists sticking and enables good self-cleaning capability. It keeps damp tunnel muck and fine sand from clinging to the belt surface, helping avoid common problems triggered by material build-up: belt mis-tracking, slippage, faster-than-normal wear and reduced conveying capacity. Built with heavy-duty sidewalls and cleats, the belt is robust in structure, offers high tensile properties and holds up well against abrasion. It runs reliably for both vertical and steep inclined conveying work, cutting down significantly on material fallback, spillage and leakage. This brings tangible savings in on-site cleaning work and lowers the frequency of equipment maintenance. Having expanded from standalone product supply to end-to-end technical services, QBF rubber keeps addressing practical tunnel conveying challenges through professional, custom-built solutions. Moving ahead, QBF rubber will keep focusing on shield-tunnel muck transport and steep-angle material handling applications. Continuous upgrades to product performance and service frameworks will deliver reliable support for the efficient, eco-friendly and safe running of more engineering projects.
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Pipe Belt Conveyor Full Service Solution

Pipe Belt Conveyor Full Service Solution | Huayi Group Project Case

Oct 16, 2026

We deliver end-to-end Pipe belt conveyor services: system diagnosis, custom belt manufacturing, on-site splicing, installation and operational commissioning. Completed project for Huayi Group chemical site.
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Sidewall Conveyor Belt Sagging Solutions QBF rubber Free Zone Base Belt Design Extends Service Life by 30%

Sidewall Conveyor Belt Sagging Solutions: QBF rubber Free Zone Base Belt Design Extends Service Life by 30%

Sep 18, 2026

According to industry statistics, up to 80% of sidewall conveyor belt failures occur due to rigidity loss–induced sagging during operation. QBF rubberaddresses this root cause with an innovative “free zone ” base belt design, significantly extending the service life of sidewall conveyor belts. What Is Belt Sagging and Why Does It Shorten Belt Life? Under heavy load, especially on the return run, the base belt often sags due to insufficient transverse rigidity. This sagging triggers a chain of serious issues: Stress concentration – Sagging causes abnormal flexing at the sidewall root as it passes over the drum, concentrating stress in a localized area. Fatigue cracking – Repeated flexing leads to fatigue cracks at the sidewall root, which can develop into through-wall damage. Baffle detachment – Vibration and deformation from sagging transfer to the baffle connection, accelerating adhesive aging and causing baffle loosening or separation. Once sidewall tearing or baffle detachment occurs, the entire sidewall conveyor belt often fails prematurely. Therefore, solving the sagging problem is the key to extending belt service life. Root Cause of Belt Sagging The core cause of sagging lies in structural deficiencies of traditional base belt designs: Insufficient transverse rigidity – Traditional base belts cannot maintain a flat profile under heavy loads or long-span conditions. Unbuffered stress transfer – The sidewall-to-base belt connection lacks a flexible transition, so abnormal sagging stress directly impacts the sidewall root. Accelerated fatigue accumulation – Repeated flexing at stress concentration points causes cracks to grow from micro to macro levels. Understanding these causes makes it clear: simply increasing sidewall thickness or changing the rubber compound is a temporary fix. The solution must start with the base belt structure. Solution: QBF rubber Free Zone Base Belt Design QBF rubber introduces a “free zone ” base belt design to directly target the root cause of sagging. How the free zone  Works Blocks stress transfer – The free zone  acts as a stress buffer, absorbing and isolating abnormal sagging stress before it reaches the sidewall root. Dissipates flexing energy – The flexible edge allows the base belt to adaptively deform as it passes over the drum, spreading concentrated flexing over a larger area. Protects sidewall and baffles – By mitigating the extra load caused by sagging, the risk of fatigue tearing at the sidewall root is greatly reduced, and the baffle adhesive layer no longer suffers excessive vibration stress. Key Advantages of the free zone  Design Advantage Result sidewall tear resistance Eliminates stress concentration points; fatigue life extended by 2–3 times Baffle detachment risk Smoother operation; significantly slower adhesive aging Overall belt service life Comprehensive service life increased by 30% or more   QBF rubber’s Free Zone Base Belt design achieves a leap from “reacting to sagging consequences” to “eliminating the root cause of sagging.” Summary: Eliminate Sagging at the Source for Longer Sidewall Belt Life The sagging problem in heavy-duty sidewall conveyor belts originates in the base belt structure. QBF rubber’s free zone  design solves this industry pain point by blocking stress transfer, dissipating flexing energy, and protecting both sidewall and baffles. If you are experiencing frequent sagging, sidewall tearing, or baffle detachment with your sidewall conveyor belt, contact QBF rubber for professional technical support and customized solutions.  
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See Latest Service

Hot‑vulcanized Splice

Our team provides professional 24/7 hot vulcanized splicing for sidewall, steel cord, fabric and pipe conveyor belts. Staffed with fully trained, experienced technicians and equipped with advanced mobile and stationary vulcanizing presses, we deliver seamless, long-lasting belt joints that optimize both technical performance and overall operational costs.
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Selection Guide

QBF rubber provides professional customized sidewall belt selection services for all types of industrial inclined conveying scenarios. Supported by our independent self-developed selection system and senior German technical experts, we deliver accurate, application-oriented belt solutions tailored to actual site conditions, avoiding specification mismatches and unnecessary performance waste for optimal system operation.
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Maintenance Service

We deliver reliable, plant-focused conveyor belt and system maintenance services designed to prevent unplanned downtime. Our certified on-site teams provide round-the-clock support for routine inspections, belt realignment, wear repairs, component replacements and system tuning. We help industrial facilities maintain stable throughput while lowering long-term operational and maintenance overhead.
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