CarryMold component engineering

Holster Hardware & Components

OEM holster clips, concealment wings, screws, posts, spacers, eyelets and private-label hardware kits.

Holster Hardware & Components options for OEM programs
Short answer: Holster hardware must be specified as part of the complete load path. Clips, wings, screws, posts, spacers and eyelets are selected against the shell geometry, belt or platform, adjustment range and service requirements.

Hardware families for OEM holster programs

Fasteners

Screws, posts, washers, spacers and thread-control methods are documented as an assembly stack.

Retention components

Spacer hardness, compression range and adjustment access are reviewed on the finished product.

Concealment features

Wing and claw concepts are evaluated with the intended belt, carry position and shell clearance.

What an approved hardware specification controls

Component Control point Approval check
Screw and post Diameter, length, head, finish Engagement and internal clearance
Spacer Material, hardness, free length Adjustment range and recovery
Eyelet Size, finish, forming method Flare quality and shell integrity
Clip or wing Hole pattern, geometry, resin Installation, movement and load

Replacement and private-label kits

Programs can define factory-installed hardware and separately packed service kits. Pack-out should identify compatible SKU, quantity and installation guidance without implying universal compatibility.

Compare clip and belt-attachment decisions or review our private-label program.

Frequently asked questions

Can one screw length fit every assembly?

No. Stack thickness and required engagement must be verified for each approved configuration.

Can hardware colors be coordinated?

Selected finishes may be coordinated, subject to availability and lot-to-lot color tolerance.

Can CarryMold pack spare hardware kits?

Yes. Kit contents, labeling and compatibility statements are defined in the packaging specification.

Approve hardware as a complete stack

Screw thread alone does not define a working joint. Review the OEM fastener-stack guide for posts, washers, spacers, engagement, bottoming, adjustment and replacement-kit controls.

Choose the joining architecture before releasing hardware

The KYDEX bonding-versus-mechanical-fastening guide compares permanent and serviceable joints, mixed substrates, expansion allowance, load distribution and validation evidence.

Start with a clear brief

Specify every component in the assembly stack.

Share the application, target quantity and launch requirements. We will outline the most practical sampling path.

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