D2 Hardened Angle Pin Slide Mold Unit

High-Precision Engineering

Integrated dovetail interlock structure ensures stable angular sliding force during undercut retraction, preventing tipping or offset under high injection pressure. Replaceable slide wear strips protect the main D2 base block from friction erosion, cutting long-term mold maintenance costs drastically. Standard base mounting holes fit universal mold frame layouts, speeding up mold assembly and trial adjustment periods. The one-piece angled forming tip creates sharp, precise internal undercut geometries without split insert flash lines.

Ultra-Wear Resistant D2 Tool Steel Construction

Constructed from premium D2 cold work tool steel, this slide unit excels in high-abrasion molding environments:

Exceptional abrasion resistance for millions of cycles with glass/mineral-filled plastic raw materials
High compressive hardness with minimal plastic deformation under sustained clamping loads
Stable dimensional accuracy with low thermal expansion fluctuation during repeated mold heating/cooling cycles
Strong edge retention for sharp angled forming tip profiles, resisting chipping and blunting Ideal for mass-volume automated cold injection molding production lines with abrasive resin formulations.

Modular Customizable Structure

Fully configurable design parameters to match molding demands:

Custom slide angle, travel stroke and forming tip profile geometry
Interchangeable dovetail wear strip thickness and slide width sizes
Optional ion nitriding or TiN hard coating for sliding contact surfaces
Single and paired synchronized slide layout customization

Key Features & Advantages

Extreme Abrasion Durability: D2’s ultra-high hardness withstands abrasive filled plastics far longer than standard mold steels.
Stable Angular Slide Motion: Dovetail interlock eliminates tilt and offset during core pulling under high injection pressure.
Low Maintenance Modularity: Wear strips are independently replaceable without full slide unit disassembly.
Flash-Free Forming: Monolithic angled forming tip removes split insert seams for clean undercut molded part surfaces.

Technical Specifications

Parameter	Specification
Base Material	D2 Cold Work Tool Steel
Alternative Materials	SKD61, S136, Cr12MoV
Heat Treated Hardness	HRC 60–64
Critical Fitting Tolerance	±0.001mm
Slide Parallelism & Angular Deviation	≤0.002mm
Surface Roughness	Ra ≤0.04μm (Ground/Nitrided)
Manufacturing Processes	5-Axis CNC Milling, Jig Grinding, Wire EDM, Hardening & Tempering, Ion Nitriding
Surface Treatments	Ion Nitriding, TiN Coating, Precision Grinding
Customization	100% Supported via Drawings & Samples

Applications

Automotive Manufacturing

Deployed as undercut slide units for automotive glass-filled plastic structural housings, wiring connectors and interior trim components; D2’s wear resistance handles continuous high-volume molding of abrasive automotive-grade resins.

Medical Industry

Used for side core pulling molds of rigid medical device housings and disposable instrument fittings; can be upgraded to S136 variant for corrosion resistance when molding PVC or sterilization-grade plastics.

Consumer Electronics Production

Applied in precision injection molds for electronic frame brackets, battery housing undercuts and multi-port connector shells; consistent slide precision delivers tight dimensional repeatability for miniature electronic plastic parts.

General Plastic Packaging

Ideal for threaded cap molds, rigid container latch structures and thick-wall packaging component undercut forming units; robust D2 substrate sustains fast, non-stop high-cycle packaging molding lines.

Industrial Automation Tooling

Utilized as standardized heavy-duty slide modules for automated injection molding production cells, requiring minimal downtime and reliable long-run core pulling performance for uninterrupted mass output.