Front Fork Spring 5.6N -(Single), 385-580-56, HIGH PERFORMANCE FORK SPRING, K-TECH SUSPENSION
K-TECH HIGH PERFORMANCE FORK SPRING 5.6N (Single), 385-580-56. Manufactured from the highest grade Chrome Silicone wire. Each spring is cold coiled, heat treated, tempered, shot peened, and ground to length before being polished for ultimate performance. All springs have their rate laser etched on the end and are manufactured to DIN 2095 grade 1. Features include cold coiling, heat treatment, tempering, shot peening, ground ends, and polishing for reduced friction and smoother performance. Part number etched.
- SKU
- 84-0027.56
- Brand
- K-Tech Suspension
- Availability
- In Stock (1)
FULL DESCRIPTION
K-Tech High Performance Front Fork Spring - 5.6N
Upgrade your motorcycle's suspension with this K-Tech High Performance Fork Spring. Engineered for superior performance, each spring is meticulously crafted from the highest grade Chrome Silicone wire. This ensures durability and consistent performance under demanding conditions.
K-Tech fork springs undergo a rigorous manufacturing process. They are cold coiled, heat-treated, and pre-set to guarantee stability and longevity. The ends are ground for precise fitment, and the entire spring is polished to minimize friction, resulting in smoother fork action and improved handling.
Every spring features its rate laser etched onto the end for easy identification. Manufactured to DIN 2095 grade 1 standards, these springs represent the pinnacle of suspension technology.
- High-Quality Material: Constructed from premium Chrome Silicone wire.
- Precision Manufacturing: Cold coiled, heat-treated, tempered, and shot peened for optimal strength and resilience.
- Enhanced Performance: Polished surface reduces friction for smoother operation and improved responsiveness.
- Durability: Pre-set and ground ends ensure a precise fit and long-lasting performance.
- Clear Identification: Spring rate is clearly laser etched on the end.
- Standard Compliance: Manufactured to DIN 2095 grade 1 specifications.
- Spring Rate: 5.6N
