Oil-Free Slide Inclined Pin Holder for Loose Core (KSCNP)

This oil-free inclined pin holder is used in slide-core and loose-core mechanisms where smooth, repeatable movement is required to actuate undercuts without disturbing adjacent features. Because it is designed for oil-free operation, it helps prevent oil-related contamination in precision mold cavities.

• Automotive connector and housing molds: Use it in inclined slide/loose-core assemblies to maintain stable positioning during core retraction and insertion, reducing friction-induced wear that can affect part fit and surface quality.
• Electronics and cable-connector components: The oil-free design is suited when cleanliness and consistent motion matter, helping minimize debris migration and stick-slip behavior in fine features.
• Medical or clean-inspection parts: Pair it with loose cores where contamination control is critical; the low-friction construction supports precise movement and reliable cycling.

Its variant is suited to these setups because it is specifically intended to reduce friction and wear while enabling clean, controlled movement for loose core handling.

The provided metadata does not specify a steel grade, hardness (HRC), or heat-treatment state for this KSCNP oil-free inclined pin holder. As a result, material performance values such as wear resistance, toughness trade-offs, and any quenched & tempered, nitrided, or pre-hardened condition cannot be stated from the supplied data.

• Oil-free operation implication: The key functional requirement is reduced friction and wear during sliding without reliance on lubricating oil.
• Selection guidance: Confirm the supplier’s material specification (grade and HRC) for your load level, cycle count, and cleanliness requirements before final design lock.

If you share the steel grade or drawing notes, material comparison (e.g., H13 vs. D2 vs. M2) and the expected hardness window can be included precisely.

Correct selection starts with matching the bolt diameter. For this KSCNP series, the available No. (Bolt diameter) (mm) options are 4, 5, 6, 8, and 10. Choose the bolt diameter that matches your loose-core/slide plate interface and the fastening hardware in the mold assembly.

• Match to the core holder layout: Verify the mating hole or bolt specification in the undercuts-plates/slide-cores-loose-cores design so the holder can seat and align without forcing.
• Alignment and fit: For inclined motion components, maintain consistent clearance and positional alignment at assembly to avoid binding during sliding travel.
• Tolerance consideration: If your drawing specifies hole tolerances or bolt classes, confirm the chosen bolt diameter version supports the required fit and repeatability.

The configurable dimension in the provided spec is the bolt diameter; other dimensions are not listed here, so use the product’s technical drawing for any additional length or mounting-relevant requirements.