Custom chute liner and wear plate manufacturing from drawings.
EB Chute Liner supports B2B buyers who need wear-resistant liner parts made from drawings, photos, samples or replacement liner lists. The core capability is not only selling a plate grade; it is reviewing material, thickness, fixing method, hole pattern, inspection and packing together so the quotation can match the site condition.
Capability overview
Drawing-based review Quote from PDF, DWG, DXF, STEP, sketches, photos or measured liner samples when complete drawings are not available.
Wear material selection Review NM400, NM450, NM500, high chrome cast liner, ceramic rubber composite and other wear-resistant options according to abrasion, impact and fixing method.
Plate processing Cutting, drilling, countersinking, slotting, plug weld holes, edge preparation, part marking and modular liner layout review.
Inspection and packing Dimensional checks, hardness reference, material certificates where available, packing photos, part labels and export packing planning.
From RFQ package to finished liner parts
| Step | What we review | Buyer input needed |
|---|---|---|
| 1. RFQ intake | Product type, drawings, photos, dimensions, worn liner condition and target replacement goal. | Drawing, sketch, photos, quantity and application description. |
| 2. Material direction | Whether the part should start from NM wear plate, cast liner, composite liner or another wear-resistant route. | Handled material, impact height, abrasion mode, temperature, moisture and current service life. |
| 3. Processing review | Cut shape, hole pattern, countersink, slot, plug weld hole, edge distance, bend/curve direction and tolerance. | Hole table, bolt standard, countersink angle/depth, part orientation and drawing revision. |
| 4. Quotation | Material, thickness, weight, processing time, inspection, packing, quantity and delivery requirement. | Quantity per drawing, destination, packing requirement and documents needed. |
| 5. Production confirmation | Final drawing, part list, marking method, certificate and inspection requirement. | Approved drawing revision and project contact for technical confirmation. |
| 6. Packing and shipment | Part labels, pallet/crate design, rust protection, photos and export documents. | Destination country, port or delivery term, unloading and weight limit. |
Material and liner product routes
| Route | Typical use | Related product page |
|---|---|---|
| NM400 / NM450 / NM500 wear plate | Sliding abrasion, chute liners, hopper liners, conveyor transfer points and processed replacement plates. | NM400, NM450, NM500 |
| Bolt-on liner plates | Replaceable liner panels for planned shutdowns and fast maintenance replacement. | Bolt-On Chute Liner Plates |
| Countersunk and drilled wear plates | Flush fixing, controlled bolt-head protection and drawing-based hole patterns. | Countersunk Bolt Wear Plates |
| Custom processed wear plates | Cut-to-size, drilled, slotted, plug-weld-hole or marked plate sets. | Custom Processed Wear Plates |
| High chrome cast liners | Repeat cast geometry and severe abrasive flow where cast wear liner is preferred. | High Chrome Cast Iron Chute Liners |
| Composite liner review | Ceramic rubber or rubber-backed designs where noise, impact cushioning or high abrasion must be balanced. | Ceramic Rubber vs NM Wear Plate Guide |
Processing details we can quote
| Processing item | RFQ detail required | Why it matters |
|---|---|---|
| Cut-to-size plate | Length, width, thickness, corner radius, bevel or edge preparation. | Controls nesting, weight, cutting time and fit. |
| Drilled holes | Hole diameter, bolt size, pitch, edge distance and tolerance. | Prevents installation mismatch and rework. |
| Countersunk holes | Countersink angle, depth, head diameter and remaining thickness. | Critical for flush surface and bolt-head protection. |
| Slots and elongated holes | Slot width, length, radius, direction and tolerance. | Useful for site adjustment but changes processing cost. |
| Plug weld holes | Hole diameter, pitch, weld side, backing plate and grinding requirement. | Needed when through-bolting is not practical. |
| Part marking | Part number, drawing number, installation position and sequence labels. | Improves site replacement speed and spare control. |
Quality control and documentation
Drawing confirmation Confirm revision, key dimensions, hole pattern, material and quantity before production.
Dimension check Check critical outline dimensions, hole position and countersink details according to project requirement.
Material and hardness reference Provide material certificate or hardness reference when available and specified in the RFQ.
Packing verification Use part labels, packing photos and export packing plan for heavy liner plates.
For project quotations, state required inspection reports and certificate format before pricing. Adding document requirements after production may delay shipment or require extra inspection work.
RFQ checklist for manufacturing review
- Drawing, sketch, photos or worn liner sample information;
- Material grade or current liner certificate if available;
- Thickness, part dimensions, hole pattern and fixing method;
- Quantity per drawing, part numbers and annual replacement demand;
- Handled material, impact, abrasion, moisture, temperature and current service life;
- Required inspection documents, packing method and destination country.
Send drawings for manufacturing review
To receive a practical quote, send drawings, photos, material, thickness, hole pattern, quantity and application condition. EB Chute Liner will review the material route, processing details, inspection requirement and packing plan.