FAXON MATCH SERIES FLUTED THREADED BARREL FOR P365 9MM
FaxonFaxon Match Series Straight Fluted Threaded Barrel for SIG® P365 9mm Nitride
Faxon’s Match Series pistol barrels for SIG® P365 are machined in-house from stress-relieved 416-R stainless steel. These barrels are then given a black Nitride or PVD coating to increase lubricity, barrel life, and resistance to surface wear. All barrels are conventionally rifled to allow a wider range of ammunition to be used, including cast lead. The barrels drop into factory-spec slides with no gunsmithing required. Better-than-factory tolerances ensure a consistent, tighter lockup than OEM.
The Faxon Match Series Straight Fluted Threaded Barrel for SIG® P365 combines match-grade accuracy, lightweight design, and suppressor-ready versatility in an ultra-compact drop-in upgrade. Featuring a clean straight fluted profile for reduced weight and improved heat dissipation, a threaded muzzle for compensators or suppressors, and a durable salt bath nitride finish inside and out, this barrel is ideal for concealed carry, competition, or custom P365 builds where precision and performance are paramount.
Key Benefits
- 416-R Stainless Steel: Only the best steels for durability, longevity, and accuracy.
- 9mm SAAMI Chambers: Superior accuracy with complete SAAMI compatibility & boring reliability.
- Tighter Tolerances: Drop-in, yet better fitment and lock-up.
- Conventional Rifling: Fully compatible with cast bullets.
- 11 Degree Target Crown: Consistent bullet release for enhanced precision.
- Straight Fluted Design: Reduces weight while maintaining rigidity, aids heat dissipation, and provides a sleek, minimalist appearance.
- Salt Bath Nitride Finish: Exceptional lubricity, wear resistance, and corrosion protection inside and out.
- Threaded Muzzle: Ready for suppressors, compensators, or thread protectors.
Specifications
Why Choose the Straight Fluted Profile
The straight fluted design lightens the barrel without compromising strength, improves heat dissipation during firing, and provides a sleek, professional appearance that perfectly complements the ultra-compact P365 platform. Paired with premium 416-R stainless steel, a full salt bath nitride finish, and a threaded muzzle for suppressor compatibility, this barrel offers match-grade accuracy, enhanced reliability, and excellent performance in a lightweight, concealable package.
Installation & Compatibility
- Drop-in fit for factory-spec SIG® P365 slides — no gunsmithing required.
- Note: Due to the slim nature of the slide, you may need to remove the O-Ring from the barrel to install.
- 1/2-28 threads accommodate common 9mm compensators, suppressors, and adapters.
- Conventional rifling supports cast lead and jacketed bullets.
- Tighter-than-OEM tolerances for improved lockup and accuracy.
Frequently Asked Questions
Is this barrel drop-in?
What finish is applied?
Can I use this with a suppressor?
Is cast lead ammo safe?
Overview: Match Series Straight Fluted Threaded Barrel for SIG® P365
The Faxon Match Series Straight Fluted Threaded Barrel for SIG® P365 in Nitride offers match-grade precision and suppressor-ready capability in an ultra-compact package. Machined from stress-relieved 416-R stainless steel with conventional 1:10 twist rifling, tighter tolerances, and an 11° target crown, this barrel delivers outstanding accuracy and reliability.
The straight fluted design reduces weight and enhances cooling, while the full salt bath nitride finish ensures long-term durability. Threaded for suppressors or compensators and drop-in ready for P365 slides (with O-Ring note), this barrel elevates any P365 for concealed carry, range use, or competition.
- Caliber:
- 9mm
- Barrel Profile:
- Straight Fluted, Drop In
- Barrel Material:
- 416-R Stainless
- Finish:
- Salt Bath Nitride
- Rifling Twist Rate:
- 1:10
- Muzzle Thread:
- 1/2x28
- Handgun Type:
- SIG® P365
Reviews
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P365 Upgraded Barrel
Perfect addition and well worth the money. Better feel and accuracy. Added a Micro compensator on the thread and really helped with muzzle rise. Would buy again.