Decoupling

SNAPLOC®

Designed in two parts, easy to assemble – with SNAPLOC®, it is easy to create decoupling plug-in connections.

Fasten and decouple

SNAPLOC® joins without transmitting vibrations and noises

The two-piece SNAPLOC® fastening system consists of a ball stud and a coupling for quick assembly and is based on the principle of a simple snap joint or plug-in joint.

Plus factors

Advantages of SNAPLOC®

Fast assembly and disassembly

A simple principle for complex requirements: push on to attach, pull off to detach.
Decoupling fastening

Low vibration and noise levels. Vibrations are not transmitted from one component to the other.
Small number of parts

Simple and economical. With just two parts – ball stud and coupling – SNAPLOC® simplifies production processes.
Wide range of fastening options

Greater freedom in construction and design. With the right fastening options for every application.
Design freedom

Completely unobtrusive. SNAPLOC® fasteners can be integrated into the component design.

Method and principle

Two-piece design, for easy assembly.

One ball stud, one coupling – the simple principle behind the SNAPLOC® plug-in connection provides a perfect fit while decoupling any vibration. Inside the coupling a ball socket is formed, into which the ball stud can snap.

The coupling of the plug‑in connection is mounted on the underside of the component in the fitting provided and held in place with a form-fit. Depending on the design, the ball stud can be screwed, bonded or clipped onto the corresponding component. The pieces are connected easily by simply snapping them into place or pulling them apart.

Selection of SNAPLOC® ball studs and couplings – vibration and noise-decoupling plug-in connections — **SNAPLOC®** ball studs and couplings

Find the right solution for your application

SNAPLOC® product types

SNAPLOC® Studs with external thread

The metal external threads of the ball studs are metric or self‑tapping (in plastic). Other thread types can be provided on request.
SNAPLOC® Ball studs with internal thread

The metal internal threads of the ball studs are usually metric. Other thread types can be provided on request.
SNAPLOC® Ball studs with K’ in K’ thread

With its specially developed thread profiles, the plastic in plastic (K’ in K’) function makes self-tapping screw joints possible.

Working principle

The key aspect of our K’ in K’ principle is the patented thread geometry. The K’ in K’ thread forms or cuts a holding thread into a cylindrical drill-hole. The special shape of the K’ in K’ prevents the screw from coming loose. Combined with the receiving component, it creates a self‑locking device.
SNAPLOC® Ball studs in clip form
The specific shape of the parts enables these ball studs to be mounted by simply clipping them into an opening.

Material

100 % plastic

Applications

Wherever a thread or stud cannot be inserted into the part.
SNAPLOC® Ball studs for in-moulding

For cost‑effective production, especially in the case of low‑strength materials, we offer ball studs that can be inserted into injection moulding tools and in‑moulded.
SNAPLOC® Couplings for mounting domes
The couplings for mounting domes are designed in such a way that they can be inserted either fully automatically or manually into the corresponding locating holes. No additional tools required.

Couplings with a collar

Couplings with a collar are designed primarily for fastening in mounting domes but can also be fastened in plates. Due to the geometry of the part, an open bore is preferable.

Advantages

Can be inserted either fully automatically or manually into the corresponding locating holes.

No additional tools required

Very quick assembly
SNAPLOC® Couplings for plate fastenings

These couplings can be mounted simply by pushing them into a specified bore or square opening.

We supply an installation tool for easier assembly.
SNAPLOC® Angular couplings

To compensate for angular differences, we offer angular couplings.

Working principle

When the fastener is not being inserted at a right angle to the surface, it is possible to compensate for the the angular difference. In order to do so, angular couplings and couplings for plate fastenings are mounted in the sheet material. This makes assembly in the insertion direction possible again.