Eemann Tech Competition Firing Pin Spring 3.5 lbs for GLOCK
$15.95
Available to backorder. ETA September 2026.
ASK US A QUESTION
Please send us your inquiry about this product using the below form. The Delta Mike team monitor this inbox periodically throughout the day.
Description
Eemann Tech Competition Firing Pin Spring 3.5 lbs for GLOCK
The Eemann Tech reduced power striker spring for GLOCK offers a power of 3.5 lbs, compared to the factory GLOCK firing pin spring rated at 24N (5.5 lbs). Manufactured from heat-treated steel, this spring is designed to provide reliable performance, durability, and consistent operation. Each Eemann Tech spring features a unique color code for quick and easy identification of its power rating throughout its service life.
Features:
- Reduced power striker spring for GLOCK pistols
- Power rating: 3.5 lbs
- Heat-treated steel construction for durability and performance
- Partially painted with polymer and heat-treated paint
- Color-coded green for easy visual identification
- Maintains flexibility throughout its service life
- Paint will not damage or discolor internal handgun components
Specifications:
| Product | Reduced Power Striker Spring |
| Compatibility | GLOCK Pistols |
| Power | 3.5 lbs |
| Factory Spring Power | 24N (5.5 lbs) |
| Material | Heat-Treated Steel |
| Color | Green |
Disclaimer: This product is not manufactured, authorized, endorsed, or warranted by GLOCK. GLOCK does not warrant or represent that this product is compatible with GLOCK pistols.
Brand
Eemann Tech
Disclaimer
Please be aware that some firearm parts may require fitting and adjustment. While we strive to provide high-quality, compatible parts, individual firearm variations and manufacturing tolerances can necessitate some fitting and adjustment. If you are not confident in your ability to fit these parts, we highly recommend consulting a qualified gunsmith. It is essential to thoroughly check the fit and function of all parts before live firing. Delta Mike Ltd is not responsible for any damage caused by the incorrect installation or fitting of these parts.
