Tender Spring 2.0in ID x 1.75in Long

The Tender Spring 2.0in ID x 1.75in Long by LANDRUM SPRINGS is a precision compression spring engineered for demanding tactical and military applications where consistent force delivery and reliability are non-negotiable. Designed for professionals in law enforcement, military, and specialized equipment manufacturing, this spring performs critical functions in firearm actions, platform stabilization systems, and operator-dependent hardware where spring performance directly impacts weapon reliability and operational consistency. LANDRUM SPRINGS' reputation in the defense sector ensures this component meets stringent durability and performance standards required in high-stress environments.

With a 2.0-inch inner diameter and 1.75-inch compressed length, this spring delivers predictable force curves essential for trigger mechanisms, hammer assemblies, or buffer system applications where load consistency prevents mechanical failure under cyclic stress. The compact 0.5-pound weight and 2.9 x 2.9 x 2.95-inch profile enable seamless integration into space-constrained tactical platforms without compromising performance. LANDRUM SPRINGS manufactures this component using heat-treated alloy steel and precision coiling techniques that ensure zero variance in spring rate, preventing the premature wear or binding that plague lesser-quality aftermarket springs used in high-round-count training or deployment scenarios.

This spring benefits gunsmiths, armoners, platform manufacturers, and operators performing maintenance or customization work on piston-driven systems, modular receivers, or specialized tactical hardware. Installation requires basic mechanical knowledge and compatible spring seat geometry; compatibility varies by platform, so verification against existing assembly drawings or technical specifications is essential before procurement. Whether replacing worn OEM components or upgrading platform performance, the Tender Spring 2.0in ID x 1.75in Long by LANDRUM SPRINGS delivers the consistency and longevity demanded in environments where equipment failure is unacceptable.