Kyosho 1-S13008HT Titanium Hex Button Screws M3x8 (8pcs) Lightweight Fastener Set  [KY-1-S13008HT]

Kyosho 1-S13008HT - Button Screw(Hex/Titanium/M3x8/8pcs)
Price:
CAD$8.92
Brand:
Kyosho
Model:
KY-1-S13008HT
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $8.00 each $1.85 or 10%
3+ $7.60 each $3.96 or 15%
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Kyosho Titanium Hex Button Screws Built for RC Durability

Kyosho supplies a pack of eight M3x8 titanium hex button screws made for RC hobbyists who need strong yet light fixings. The titanium construction keeps weight down while providing reliable clamping for chassis parts and accessories.

Everyday Use in RC Builds

These M3x8 hex button screws are handy for frequent teardown and rebuild work, fitting many common mounting points on cars and trucks. The material resists rust and wear, so they perform well whether you service models often or run them outdoors.

Where These Screws Work Best

Suitable across a wide range of models, these screws are particularly useful where weight savings and corrosion resistance matter. From maintenance on race setups to replacing worn factory hardware, they provide consistent fastening without adding bulk.
Remark :
Due to limited stock availability, please notice that some Kyosho 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.

Can I use these M3x8 screws on aluminium parts?

Yes, titanium fasteners pair well with aluminium components thanks to their corrosion resistance and lower galling risk, but use appropriate torque to avoid stripping soft threads.

What driver fits these hex button screws?

A standard 2.5 mm hex driver or bit usually matches M3 hex button heads; check the head size on your specific screws before applying high torque.

Should I use threadlocker with titanium screws?

Light blue medium-strength threadlocker is commonly used for vibration-prone areas, but avoid excessive application and allow the compound to cure fully for secure joints.

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