Search results for 'Barrel nut'

The Strike Industries Magwell for CZ Scorpion EVO is a flared design specifically for Scorpion EVO pistols and carbines to provide easier magazine insertion for fast reliable reloading while adding SI styling. The benefit of adding a funnel-like magwell to help prevent the dreaded reload bobble outweighs the added material of this lightweight SI Magwell. With the addition of an increased radial edge in front of receiver, this magwell aids in improving grip support for the offhand. This magwell is made of high-strength impact resistant custom blended SI Polymer Extreme material. Add consistency and cut fractions of seconds off your reloads now with the Strike Industries Magwell for CZ Scorpion EVO. A perfect pairing with the SI Mag Release For CZ Scorpion EVO.

COMPATIBILITY: All CZ Scorpion EVO models (except 3+)
NOT COMPATIBLE: CZ Scorpion EVO 3+

WARNING: DO NOT OVERTIGHTEN set screw when installing. Tighten only until end of set screw is flush with the nut. Failure to properly install will result in magazine not dropping freely.

NOVESKE KX3 ADJUSTABLE AMPLIFIER FLASH HIDER, TAN COLOR WITH JOHN NOVESKE SIGNATURE
THE WORLD FIRST AMPLIFIER DESIGN FOR AIRSOFT: You can turn up the sound by adjusting the internal tube. Also, by our special design, you can hear the special "Metal-punching" noise when shooting!

Special Features:
Rechargeable (2xAAA rechargeable batteries not included)
USB Power adapter (You can charge it by your computer or you can buy regular USB home or car charger.)
Extreme power save function

Special Design for Systema and G&P. 14mm CW Clockwise (+) threads
THE WORLD FIRST AMPLIFIER DESIGN FOR AIRSOFT:
You can turn up the sound by adjusting the internal tube. Also, by our special design, you can hear the special "Metal-punching" noise when shooting!

In 1989, Arumugam Manthiram and John Goodenough of the University of Texas at Austin showed that cathodes containing polyanions, eg. sulfates, produce higher voltage than oxides due to the inductive effect of the polyanion.[10] Following this, in 1996 Goodenough and co-workers discovered the electrochemical utility of the olivine material lithium iron phosphate, LiFePO4. It is an important and emerging cathode material for lithium-ion batteries due in part to its enhanced safety compared to other lithium-ion chemistries. Cells containing lithium iron phosphate cathodes have been commercialised by multiple companies, including Phostech, Valence Technology, A123Systems, Aleees and Lithium Technology Corp.* [Information from Wikipedia]