7.5 Inch Suppressor Cover (5/6/7/7.5/9 inch), 2372°F Heat Resistant Silencer Wrap with Burn Proof Fiberglass & Silicone Lining, Flame Retardant Suppressor Sleeve for Semi-Automatic&Burst Fire Shooting
R 2,101
or 4 x payments of R525.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
This item may be available in a different size, colour, scent, version or platform:
7.5 Inch Suppressor Cover (5/6/7/7.5/9 inch), 2372°F Heat Resistant Silencer Wrap with Burn Proof Fiberglass & Silicone Lining, Flame Retardant Suppressor Sleeve for Semi-Automatic&Burst Fire Shooting
Premium 3-Layer Composite Material: The suppressor cover’s outer layer is 1000D Oxford cloth, the middle layer is flame-retardant material, and the inner layer is silicone-coated fireproof fiberglass. This silencer sleeve effectively insulates from extreme heat and protects your device from scuffs and scratches.
Extreme Heat Resistance: This suppressor sleeve is equipped with a fiberglass sleeve that can withstand temperatures up to 2372°F, while the outer insulating sleeve resists heat up to 1472°F. It perfectly adapts to high-temperature environments during shooting and protects the suppressor from damage.
13.8" Flame-Retardant Cord & Thoughtful Design: Thesuppressor wrap is equipped with a 13.8-inch long flame-retardant cord for enhanced safety. Only use the fiberglass sleeve during firing; the outer insulation sleeve provides heat protection after shooting to prevent scalds when storing the cover in your bag.
Universal Size Fit (5–9 Inch): This silencer wrap fits most 5, 6, 7, 7.5 and 9 inch suppressors. It is widely compatible with standard semi-automatic and burst fire firearms. With this one versatile cover, you no longer need to purchase multiple individual covers for different suppressor lengths.
Easy Installation: This suppressor protector is equipped with 3 adjustable hook‑loop straps. You can easily adjust the tightness for an optimal fit and prevent slipping during use. For best results, fasten the hook‑loop straps as tightly as possible to the innermost position to effectively stop slippage.