The Remington 870 is an iconic pump-action shotgun renowned for its versatility and reliability. Introduced in 1950, it has become a staple firearm for military, civilian and law enforcement use worldwide. With its rugged design and smooth action, the 870 is favored for hunting, sport shooting, and home defense. A heat shield is a protective device designed to minimize heat transfer from a high-temperature source to surrounding objects or surfaces. Typically made from materials like metal, ceramic, or composite materials, heat shields are commonly used in aerospace, industrial applications and automotive.
Made for the tactical applications
The Remington 870 tactical heat shield is a specialized accessory designed to enhance the performance and aesthetics of the Remington 870 shotgun in tactical applications. Constructed from durable materials such as aluminum or steel, the heat shield serves multiple purposes beyond its primary function of dissipating heat generated during sustained firing. Primarily, the heat shield protects the shooter's hands from the barrel's heat, especially during prolonged or rapid firing sequences. This feature is particularly beneficial in high-stress situations where split-second decisions are crucial, such as in home defense or law enforcement scenarios. By reducing the risk of discomfort or burns, the heat shield allows for sustained accuracy and control over the shotgun.
A specially designed heat shield
The Remington heat shield is a vital accessory designed specifically for Remington shotguns, most notably the Remington 870. It serves several essential functions that enhance both safety and performance of the firearm. The heat shield can provide additional structural reinforcement to the shotgun barrel, particularly in tactical or heavy-duty applications. By encasing the barrel in a durable material, the heat shield adds an extra layer of protection against bumps, or rough handling. This increased durability can help extend the lifespan of the shotgun and ensuring the reliable performance in demanding conditions.