Eklind
Eklind 18614 7 mm hex key 6 13/64 in long 1 3/8 in short arm
A 7 mm hex key with a long arm of 6 13/64 in and short arm of 1 3/8 in, sold in a pack of five
- TypeHex/Torx Keys
- MaterialHAWA
- 7 mm metric tip fits standard fasteners
- Long arm reaches 6 13/64 in for deep access
- Short arm measures 1 3/8 in for leverage
- Black oxide finish resists corrosion
- Pack of five keys covers multiple jobs
Metric 7 mm hex key for maintenance tasks
The Eklind 18614 is a long-reach metric hex key with a 7 mm tip on both ends. It suits technicians and DIYers who need extra leverage on recessed or tightly spaced fasteners. The HAWA alloy construction provides strength for regular service work.
Corrosion-resistant finish handles shop conditions
Black oxide coating resists rust in humid or outdoor environments. The plain steel body has no insulation or magnetic properties, so it behaves predictably around electrical components. Non-sparking rating is absent, limiting use in hazardous-atmosphere zones.
Five-piece pack supports team or multi-site needs
Each box contains five identical keys, letting crews keep one at each station or in several vehicle kits. No tether point is moulded in, so lanyard attachment requires an aftermarket solution. The long arm measures 6 13/64 in and the short arm 1 3/8 in for reach and torque balance.
Highlights
- 7 mm metric tip fits standard fasteners
- Long arm reaches 6 13/64 in for deep access
- Short arm measures 1 3/8 in for leverage
- Black oxide finish resists corrosion
- Pack of five keys covers multiple jobs
Specifications
| Brand | Eklind |
|---|---|
| Model | 18614 |
| Type | Hex/Torx Keys |
| Material | HAWA |
Questions about this item
How do I use the 6 13/64 in long arm and 1 3/8 in short arm correctly?
Insert the 7 mm tip fully into the fastener; use the long arm for reach and leverage, the short arm for high torque in tight spaces.
Will the black oxide finish on the HAWA steel wear off and need replacement?
The corrosion-resistant black oxide protects the HAWA steel; replace the key only if the 7 mm tip rounds or the arms bend.
At what point does the 7 mm tip slip or round under sustained torque?
The limit is reached when the applied force exceeds the 7 mm tip's engagement with the fastener, causing rounding.
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