36" Chainsaw Chain 404 063
by Gap Power
SKU 46RSLF-108
Sold out
Original price
$67.98
-
Original price
$67.98
Original price
$67.98
$67.98
$67.98
-
$67.98
Current price
$67.98
In-Store Availability
Stock Status:
Limited Stock (1-2?)
Location:
Not Specified
In-Store Only — Visit us in Gap, PA to purchase
Overview
The STIHL RAPID Super L Full Skip Chain (38510050108) is designed for high-performance chainsaw cutting applications requiring aggressive material removal and reduced operator fatigue.
| Manufacturer | STIHL |
|---|---|
| MPN | 38510050108 |
| SKU | 46RSLF-108 |
| Bar Length | 36" |
| Pitch | .404" |
| Gauge | .063" |
| Chain Style | Full Skip |
| Cutter Grind | Square-Ground Chisel |
Technical Features
- Square-Ground Chisel Cutters: Deliver an aggressive cutting profile for faster, more efficient material removal in demanding cutting conditions.
- Full Skip Configuration: Features an extra drive link and tie strap between each cutter, increasing the spacing between cutting teeth to promote superior chip discharge during operation.
- Higher Chain Speed Capability: The full skip layout reduces overall chain weight and drag, allowing the chain to reach and sustain higher operating speeds.
- Significantly Reduced Vibration: The additional tie straps between cutters dampen chain movement, lowering vibration levels transmitted to the operator during extended use.
- Fewer Cutters Per Chain: The reduced cutter count decreases the frequency of sharpening intervals, lowering maintenance time and keeping the saw productive on site.
- .404" Pitch / .063" Gauge: Heavy-duty specification suited to large-displacement professional chainsaws and 36" guide bars.
Applications
- Large-diameter timber felling and bucking where aggressive chip clearance is critical.
- High-volume production cutting where reduced re-sharpening downtime is a priority.
- Professional and commercial chainsaw operations using .404" pitch, .063" gauge guide bars up to 36".
- Applications where operator vibration reduction is a key ergonomic consideration during prolonged use.

















































