Jwell PVC Coating Die Series for Conveyor Belt Production
The JW-F-A1 PVC coating die uses an adjustable coat-hanger flow system for producing purpose-built conveyor belts in multiple widths and thicknesses.
Key Selling Points
- Adjustable Coating Thickness: Upper-lip and restrictor-bar adjustments support different belt requirements.
- Paired-Die Configuration: Produces purpose-built conveyor belts in multiple thicknesses and sizes.
- Standard Width Choice: Eight stated widths from 650 to 2000 mm simplify project selection.
- Application Fit: Intended for mining, warehousing, and transportation conveyor belts.
Applications / Material Options
- Material: PVC coating material.
- End products: Purpose-built conveyor belts.
- Application environments: Mining, storage, and transportation.
- Standard widths: 650, 800, 1000, 1200, 1400, 1600, 1800, and 2000 mm.
Application Scenarios
Product Description
The JW-F-A1 PVC coating die is engineered for applying PVC layers in the production of purpose-built conveyor belts. Its special coat-hanger flow channel supports material distribution across the working width, while the distinctive die-lip arrangement provides the adjustment functions needed to configure different belt specifications. An adjustable upper die lip and a perpendicular restrictor bar allow operators to set the coating thickness for the required product.
The dies are designed to work in pairs. This paired configuration supports conveyor belts with different thicknesses and dimensions, giving equipment builders and processors a defined platform for matching the die arrangement to the intended belt format. Standard die widths are available in 650, 800, 1000, 1200, 1400, 1600, 1800, and 2000 mm. These stated sizes simplify early project selection and provide a practical basis for confirming line width, product width, and installation requirements with the technical team.
The resulting conveyor-belt products are intended for demanding material-handling environments, including mining, warehousing, and transportation. Buyers can select the standard width closest to the planned line and then confirm the required coating thickness, paired-die configuration, and interface details during technical review. The source document does not state output rate, coating tolerance, operating pressure, die steel, or heating method, so these items should be defined before quotation. This focused configuration makes the series suitable for projects that require adjustable PVC coating thickness and a choice of established working widths without adding unsupported process claims.
