Button Head Socket Screw M3 x 12mm (4pcs) — Yokomo YOKZCBH312T  [YOKZCBH312T]

Yokomo ZC-BH312T - Titanium Button Head Socket Screw M3 X 12mm (4pcs)
Price:
£5.22
Brand:
Yokomo
Model:
YOKZCBH312T
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Precision M3 titanium button head screws

The Yokomo YOKZCBH312T four-piece set provides M3 x 12mm titanium button head socket screws for general RC hardware tasks. These screws are intended for replacing standard fasteners in chassis assemblies and accessory mountings where M3 threads are used.

A low-profile button head reduces the chance of catching on bodywork and keeps the assembly tidy. The hex socket drive accepts common hex keys, enabling consistent fastening during build and service operations.

Use the correct hex driver size to prevent rounding the socket. Titanium delivers corrosion resistance and a useful strength-to-weight characteristic for small fasteners; however, they are not a substitute for heavy-duty structural bolts and should not be overtightened.

Commonly used on servo mounts, shock tower fittings, accessory brackets, and panel fixings, this pack is a practical spare parts item for electric RC model upkeep and minor tuning adjustments.
Remark :
Due to limited stock availability, please notice that some Yokomo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Will these fit standard M3 nut-and-thread points?

Yes, they are sized for standard M3 thread forms and will fasten into compatible nuts and tapped holes designed for M3 screws.

Are these suitable as direct replacements for steel M3 screws?

They can replace steel M3 fasteners in many applications, offering improved corrosion resistance and lighter weight, but check torque and load requirements for each location.

How should I avoid damaging the socket during installation?

Use a well-fitting hex driver and steady pressure; avoid angling the driver or applying excessive force that could round the internal recess.

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