

Ammunition Storage Components ASC AR-15 7.62x39 30-Round Stainless Magazine, Black Marlube 30-76239-SS-BM-B-ASC
Product Description
The Ammunition Storage Components (ASC) AR-15 magazine is built for 7.62x39mm AR-platform rifles and provides a 30-round capacity in a durable stainless-steel body with a black Marlube finish. Designed for dependable feeding and long service life, it features heat-treated construction for added strength and a chrome-silicon spring for consistent performance. Manufactured in the USA, this magazine is a solid choice for range use, training, and general-purpose shooting.
Product Highlights
- 30-round AR-15 pattern magazine designed for 7.62x39mm chambered AR-platform rifles
- Heat-treated stainless-steel construction for strength and durability
- Chrome-silicon spring helps provide reliable feeding and long-term resilience
- Black Marlube finish is designed to enhance corrosion resistance and wear performance
- Made in the USA with quality components for dependable function
Specs
- Brand: Ammunition Storage Components (ASC)
- Product Type: Rifle magazine
- Compatibility: AR-platform rifles chambered in 7.62x39mm
- Caliber: 7.62x39mm
- Capacity: 30 rounds
- Body Material: Stainless steel (410 stainless steel alloy listed by retailer)
- Finish/Coating: Black Marlube
- Spring Material: Chrome silicon
- Follower: Polymer, black (anti-tilt style listed by retailer)
- Floor Plate Material: Stainless steel (300 stainless steel alloy listed by retailer)
- Country of Manufacture: USA
- Weight: 0.4313 lb (as listed by retailer)
- UPC: 818805010434
- Manufacturer Part Number: 30-76239-SS-BM-B-ASC
Disclaimer: We strive to provide accurate and up-to-date product descriptions, specifications, and images; however, errors or omissions may occasionally occur. We are not responsible for any inaccuracies or discrepancies in the content provided. If you notice anything incorrect or unclear, please contact us so we can correct it. When in doubt, we recommend verifying details directly with the product’s manufacturer.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Product Description
The Ammunition Storage Components (ASC) AR-15 magazine is built for 7.62x39mm AR-platform rifles and provides a 30-round capacity in a durable stainless-steel body with a black Marlube finish. Designed for dependable feeding and long service life, it features heat-treated construction for added strength and a chrome-silicon spring for consistent performance. Manufactured in the USA, this magazine is a solid choice for range use, training, and general-purpose shooting.
Product Highlights
- 30-round AR-15 pattern magazine designed for 7.62x39mm chambered AR-platform rifles
- Heat-treated stainless-steel construction for strength and durability
- Chrome-silicon spring helps provide reliable feeding and long-term resilience
- Black Marlube finish is designed to enhance corrosion resistance and wear performance
- Made in the USA with quality components for dependable function
Specs
- Brand: Ammunition Storage Components (ASC)
- Product Type: Rifle magazine
- Compatibility: AR-platform rifles chambered in 7.62x39mm
- Caliber: 7.62x39mm
- Capacity: 30 rounds
- Body Material: Stainless steel (410 stainless steel alloy listed by retailer)
- Finish/Coating: Black Marlube
- Spring Material: Chrome silicon
- Follower: Polymer, black (anti-tilt style listed by retailer)
- Floor Plate Material: Stainless steel (300 stainless steel alloy listed by retailer)
- Country of Manufacture: USA
- Weight: 0.4313 lb (as listed by retailer)
- UPC: 818805010434
- Manufacturer Part Number: 30-76239-SS-BM-B-ASC
Disclaimer: We strive to provide accurate and up-to-date product descriptions, specifications, and images; however, errors or omissions may occasionally occur. We are not responsible for any inaccuracies or discrepancies in the content provided. If you notice anything incorrect or unclear, please contact us so we can correct it. When in doubt, we recommend verifying details directly with the product’s manufacturer.
















