Product Description:The Integrated Dual-Layer Slot Die features a proprietary flow channel and a unique adjustment mechanism, enabling independent control of the coating areal density for each layer while effectively preventing slurry intermixing during dual-layer coating. The optimised die lip offset adjustment mechanism integrates easily with existing coating lines and supports upper and lower insulating layer coating for dual-layer co-extrusion applications. Manufactured from specially engineered alloys to resist slurry corrosion, the slot die incorporates an industry-first coating technology for superior wear and corrosion resistance, along with a novel steel material that minimises wear-related battery safety risks. The die offers excellent durability and can be supplied with customised manifold and lip geometries to suit a wide range of process requirements.
Lead Time:45 Days Expected Shipping Days
Select Model: Reset Model
Adjustment Method:Micrometer Head & Push-Pull Rod
Material:SUS630
Die Structure:Single Cavity (Customizable)
Coating Methods:Continuous&Intermittent
Mating Surface Flatness(μm/m):≤3
Lip Straightness (μm):≤3
Length (mm):≤2000
Width (mm):Standard: 165 mm (Customizable)
Lower Die Thickness H (mm):Standard: 115 mm (Customizable)
Maximum Coating Width(mm):Customized
Adjust Spacing(mm):45 (Customizable)
Upper Layer Adjustment Accuracy(μm):2.5
Edge Coating:Yes
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Integrated Dual-Layer Slot Die-D0293
Product Introduction
The Integrated Dual-Layer Slot Die features a proprietary flow channel and a unique adjustment mechanism, enabling independent control of the coating areal density for each layer while effectively preventing slurry intermixing during dual-layer coating. The optimised die lip offset adjustment mechanism integrates easily with existing coating lines and supports upper and lower insulating layer coating for dual-layer co-extrusion applications.
Manufactured from specially engineered alloys to resist slurry corrosion, the slot die incorporates an industry-first coating technology for superior wear and corrosion resistance, along with a novel steel material that minimises wear-related battery safety risks. The die offers excellent durability and can be supplied with customised manifold and lip geometries to suit a wide range of process requirements.