Chain Driven Belt or Balanced Weave Belt: What Changes in the Belt?
Both belts carry product on a woven mesh; the drive decides the rest. Our factory builds both from your old belt or drawing, and the drawing you approve fixes the drive, width and load. See our chain driven belts and balanced weave belts.
Short answer
A chain driven belt carries its mesh between two roller chains that do the driving, so it suits heavy loads, wide belts and long or inclined conveyors. A balanced weave belt is driven through the mesh itself by drums or sprockets, so it suits lighter, flat conveying.
I am Sunny Ye, Global Sales Director at YIYI MESH BELT in Ningjin, Shandong, China. Our manufacturing experience dates back to 1998. We build both types for frying, washing, cooling and processing lines, and buyers often ask which one fits.
At a glance
| Product | Chain Driven Belt and Balanced Weave Belt |
|---|---|
| Application | Frying, cooking, washing, cooling, heat treatment, processing |
| Key parameters to confirm | Load, width, drive, product size, temperature, cleaning |
| Buyer type | Equipment makers, food plants, process engineers |
| What to send for a quote | Product, load per metre, width, length, drive type and temperature |
How do the two belts differ in the drive?
The drive is the main difference, and everything else follows from it.
A chain driven belt has roller chains at both edges that engage sprockets and pull the mesh; the mesh just carries product. A balanced weave belt has no chains; drums or sprockets drive the mesh directly, so the mesh carries both the product and the pulling force.
| Feature | Chain Driven Belt | Balanced Weave Belt |
|---|---|---|
| Drive | Roller chains at the edges | Through the mesh |
| Chain pitch | 12.7–63.5 mm | No chain |
| Width | 300–5000 mm | 200–5000 mm |
| Spiral pitch | 3–20 mm | 2.8–40 mm |
| Materials | SUS304, SUS316, carbon steel | SUS304, SUS316, mild steel |
When is a chain driven belt the better choice?
Choose chains when the belt has to pull hard.
A chain driven belt is the better choice for heavy or uneven loads, very wide belts, inclines and long conveyors, and where flights or side plates are added. The chains take the pulling force, so the mesh can be chosen for the product rather than for strength.
For a frying-equipment maker we built three chain driven belts with C2042 chain at 25.4 mm pitch and 6 mm rods at 50.8 mm spacing, 145 m each. Accessories such as flights and side plates can be added on the same drawing.
When is a balanced weave belt the better choice?
Choose balanced weave when the job is flat, even conveying.
A balanced weave belt is the better choice for flat conveying with moderate loads, where a light belt, a smooth surface and simple drums are wanted, for example in cooling, drying and some baking or heat-treatment lines. Without chains it has fewer parts to wear and maintain.
For an equipment maker in Central Asia we built a 1,241 mm carbon steel balanced weave belt with 1.2 mm wire at 6 mm spiral pitch and 8.2 mm crimp pitch, shipped in two rolls with spare spirals and rods.
How do you decide between them?
Three questions usually settle it.
Ask three questions: how heavy and uneven is the load, how wide and long is the conveyor, and does the line need flights, side plates or an incline? Heavy, wide, long or with attachments points to a chain driven belt; light, flat and simple points to a balanced weave belt.
- LoadPer metre, and whether it is even.
- SizeWidth, length and incline.
- AttachmentsFlights, side plates, guides.
- ProcessTemperature, cleaning and product size.
When this is not the right choice
A chain driven belt is not the right choice for a light, flat job; the chains add weight, cost and maintenance without a benefit.
A balanced weave belt is not right for heavy, uneven loads on a long incline; the mesh has to carry too much.
From our engineering experience
For a frying-equipment maker we drew chain driven belts with C2042 chain and supplied spares with them; for a Central Asian equipment maker we built a carbon steel balanced weave belt from photos and a trial section.
My advice: tell us the load per metre and whether the conveyor inclines. Those two answers usually decide it.
Evidence from our work
- Situation
- A 1,241 mm carbon steel balanced weave belt, 55 m, for flat conveying.
- What we checked
- Drawn from the customer’s photos; trial section measured: 1.2 mm wire, 6 mm spiral pitch, 8.2 mm crimp pitch.
- Why it matters
- For flat conveying without heavy loads, a belt driven through the mesh is simpler.
- Result
- Built after approval and shipped in two rolls with spare spirals and rods.
- Buyer lesson
- Pick the drive for the load; the mesh follows the product.
FAQ
Can a balanced weave belt run on sprockets?
Yes, where the mesh and sprocket are matched on the drawing; many run on drums.
Can flights be added to a chain driven belt?
Yes: side guides, tubes, side rollers, flights and side plates, on the approved drawing.
Which is easier to maintain?
Balanced weave has fewer parts; chain driven belts need chain and sprocket care but handle heavier work.
Can you supply both in carbon steel?
Yes, as well as SUS304 and SUS316, chosen for the process.
Conclusion
Heavy, wide, long or with attachments: chain driven. Light, flat and simple: balanced weave. Confirm with the load and the drive on a drawing.
Useful files for your project
I work on metal conveyor belt projects, from new spiral freezers to belt replacement. I share project notes and replacement checklists on LinkedIn.
Technical reviewer: Sunny Ye, Global Sales Director, YIYI MESH BELT · Last updated: 2026-10-12