Blackhawk 40Lp06bk Tecgrip Iwb Size 06 Black Nylon Compatible W/Glock 19/Sig P229/Sig P320 Compact/Cz P10-C Ambidextrous 648018012587

The first nylon holster you can custom-mold to fit any handgun. If you have a handgun and are having trouble finding a holster that fits it, the Blackhawk TecGrip FormLok Moldable IWB Holster from Blackhawk is the answer. This technology packed holster system begins with an outer layer of tacky material that clings to the body and fabric for secure all-day carry without the need for a belt clip. The next layer is a high-density closed-cell foam material that provides padding for lasting comfort. The middle layer is where things get interesting, consisting of a material called Memory-Lok. This Memory-Lok material is a thermoformable plastic that allows the user to heat up and mold their holster around their handgun, offering passive retention. With retention, comes added friction. This is where the interior layer of holster material comes into play. The interior liner of the holster is constructed of a friction resistant 600 denier polyester to promote long service life and reduce wear and tear. The TecGrip FormLok holster kit is provided with a heavy-mil prep bag and a sight channel forming tool for use protecting the sight channel during the molding process. Similar to molding a football mouth guard; Simply prep the holster, heat it, mold it and carry. Every TecGrip FormLok is ambidextrous with a low-profile shirt guard for added comfort. Additionally, the sight channel is low cut and optimized for mounted RDS optics. If you have been looking for a holster for your handgun, and aren't satisfied with the lack of retention common in most nylon holsters, the TecGrip FormLok is the solution you have been searching for. Constructed with moldable Memory-Lok(R) technology, allowing the user to mold the holster around their specific handgun and achieve passive (friction) retention Tacky exterior material clings to body and fabric, providing no-clip inside the waistband carry Optic compatible, utilizing low-cut sight-track geometry

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