ProMag SKS Magazine 7.62x39mm Black Polymer 20/rd

The ProMag SKS Magazine 7.62x39mm Black Polymer 20-Round is a durable, purpose-built magazine for SKS rifles and carbines chambered in the 7.62x39 cartridge. Constructed entirely from proprietary DuPont Zytel-based polymer, this 20-round capacity magazine delivers reliable feeding and extraction performance across extended shooting sessions, from range training to field use. The polymer construction eliminates corrosion concerns inherent to traditional steel magazines, making it a practical choice for operators and enthusiasts who prioritize longevity and low maintenance.

The magazine body and follower are engineered from the same advanced polymer compound, ensuring uniform performance and durability throughout the service life of the component. The 20-round capacity strikes a balance between firepower and practical handling—sufficient for standard rifle drills and marksmanship training without excessive weight or bulky profile. The black finish blends seamlessly with tactical and traditional rifle platforms. Dimensions of 6.55 x 2.2 x 10.45 inches and a weight of 0.37 pounds keep the magazine lightweight and easy to manage across multiple rounds of ammunition.

This magazine is engineered for shooters and collectors maintaining SKS-pattern rifles for duty, sport, or historical preservation. Whether conducting carbine marksmanship courses, participating in tactical rifle events, or building a complete SKS platform, the ProMag 20-round magazine provides dependable ammunition storage without the corrosion vulnerabilities of steel alternatives. The polymer construction makes it well-suited for humid or coastal environments where traditional magazines may degrade over time.

SKS magazines remain foundational accessories for any rifle operator working with this platform. Polymer alternatives like this ProMag unit have gained acceptance across civilian, law enforcement, and military communities due to their resistance to environmental degradation and lower lifecycle cost compared to steel-bodied equivalents.