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SCZAP Oil-Free Slide Inclined Pin Holders for Loose Core

SCZAP Oil-Free Slide Inclined Pin Holders for Loose Core

Oil-free slide inclined pin holders for loose core (SCZAP type) provide stable guidance and fine adjustment to suit different core configurations. The oil-free design helps reduce maintenance while maintaining consistent movement during production.

  • Inclined pin holder structure supports smooth, repeatable positioning for loose core systems
  • SCZAP type construction improves setup stability across varying inclined pin arrangements
  • Designed for reliable fine tuning to match inclined pin height requirements during assembly
  • Suitable for manufacturing setups requiring low-wear slide guidance and dependable cycling

Specifications

5 configurations available

D (Applicable inclined pin diameter) (mm)type
12-
16-
20-
25-
30-

Product Guide

🏭Application Scenarios+

This inclined pin holder is used in slide-core (loose core) injection mold tooling where an inclined pin supports stable guidance and precise positioning during opening/closing. It is especially suitable for mold designs that need fine adjustment to match the inclined pin height and maintain consistent travel across multiple core setups.

Common scenarios include:

  • Automotive and industrial connector molds with moving shutoff elements, where repeatable slide motion reduces misalignment during high-cycle production.
  • Appliance and housings with complex internal features driven by loose cores, where stable positioning helps prevent wear-related drift over time.
  • Multi-variant production tooling, where the SCZAP-type precision adjustment supports quick setup changes for different core configurations.

The oil-free design reduces maintenance demands while the inclined pin holder structure helps deliver smoother, more consistent movement for reliable cycling.

🔧Material & Process Details+

The provided specifications focus on the SCZAP type oil-free slide inclined pin holder and do not list a specific steel grade, hardness (HRC), or heat-treatment state. Because of that, material properties such as wear resistance, toughness, and any pre-hardened/quenched & tempered/nitrided condition cannot be stated from the given data.

For engineering selection, confirm the manufacturer’s material/heat-treatment certificate (e.g., steel grade and surface treatment) before finalizing mold life targets. If you need to compare variants, use the same evaluation criteria: wear resistance versus impact/toughness balance, and whether any surface hardening (nitriding, coating) is specified for the inclined pin interface.

  • Verify steel grade and heat treatment state for dimensional stability under cycling.
  • Confirm hardness (HRC) and surface treatment for the sliding contact area.
  • Ensure compatibility with any lubrication-free operating requirements.
📐Sizing & Selection Guide+

Selection is primarily driven by the inclined pin diameter (D). This product series supports D = 12, 16, 20, 25, 30 mm, so choose the holder that matches the diameter of the inclined pin used in your slide-core mechanism.

To match the mold cavity/core requirements:

  • Determine the inclined pin diameter from your core/slide design (that becomes Applicable inclined pin diameter D).
  • Use the SCZAP-type precision adjustment concept to fine-tune setup so the inclined pin height aligns correctly with the loose core positioning needs during assembly.
  • Confirm the holder’s installed geometry allows full travel without binding across the full opening/closing stroke.

Tolerance & fit: the data provided does not specify tolerance values. For correct fit and repeatability, validate the pin-to-holder clearance and any locating dimensions against your detailed drawings and the supplier’s tolerance guidance for the selected D option.

Frequently Asked Questions

Which inclined pin diameter options are compatible with this SCZAP-type oil-free slide inclined pin holder for loose cores?+
This series is specified for Applicable inclined pin diameter (D): 12, 16, 20, 25, or 30 mm. Choose the holder that matches the diameter of the inclined pin used in your slide-core mechanism. If your pin diameter is between sizes, you must confirm availability or alternative part selection with the supplier.
How does the SCZAP precision adjustment help when changing loose core configurations in the same mold?+
The SCZAP-type construction is intended to improve setup stability across varying inclined pin arrangements. In practice, it supports fine tuning to align the inclined pin height with the loose core positioning requirements during assembly. This helps maintain consistent guidance behavior after setup changes.
What oil-free design benefits apply to slide-core cycling and maintenance planning?+
The oil-free design helps reduce maintenance needs while maintaining consistent movement during production. For mold engineers, this can simplify routine lubrication intervals and help manage variability that can occur when lubrication conditions change over time. It is still important to verify the material/surface specification for wear performance under your cycle load.
What should I verify regarding tolerances and fit for the inclined pin-to-holder interface?+
The provided data does not include tolerance or clearance figures. For correct fit and repeatability, confirm the pin-to-holder interface tolerances (especially for sliding and locating surfaces) against your detailed mold drawings and the supplier’s tolerance specification for the selected D size. This ensures the mechanism travels smoothly without binding.
Can this be used for molds requiring low-wear slide guidance, and what additional material data is needed to confirm it?+
The description indicates suitability for low-wear slide guidance and dependable cycling, but the dataset does not provide steel grade, hardness (HRC), or heat-treatment state. To confirm wear life for your application, obtain the manufacturer’s material certification including steel grade, hardness, and any surface hardening (e.g., nitriding/coating) information.

Need Custom Specifications?

Our engineering team can help with custom configurations, material selection, and volume pricing.