01/05/2026 4
JLHY enters 2026 with a continued focus on supplying dimensionally consistent, tool-compatible coil nails engineered for professional construction markets and OEM fastening systems. Designed to support high-volume distribution and pneumatic tool performance, JLHYs coil nail portfolio aligns manufacturing precision with real-world application requirements.
At the core of JLHY's offering are Plastic Sheet Coil Nails, developed to deliver stable feeding, reduced collation debris, and consistent drive performance across a wide range of coil nailers.
Nail Types
Shank styles: Smooth / Ring / Screw
Point types: Diamond / Chisel
Dimensions
Wire diameter: 2.1 mm – 3.8 mm (0.083" – 0.148")
Nail length: 25 mm – 90 mm (1" – 3-1/2")
Coil angle: 0° (flat coil)
Collation
Material: High-strength plastic sheet
Nails per coil: 200 – 400 pcs
Coil configuration optimized for high-speed pneumatic feeding
Materials
Carbon steel grades: Q235
Controlled wire drawing for diameter tolerance stability
Surface Finishes
Bright
Electro Galvanized (EG)
Mechanical Galvanized (MG)
Hot-Dipped Galvanized (HDG)
Optional coatings for enhanced corrosion resistance
To support distributors and OEM partners, JLHY applies batch-level quality control procedures, including:
Incoming wire chemical and tensile verification
In-process shank diameter and length inspection
Collation angle and feed stability testing
Packaging integrity and pallet stability checks
In 2026, JLHY is further improving raw material traceability, lot identification, and labeling clarity, enabling distributors to streamline inventory management and OEM partners to ensure consistent tool performance validation.
Looking ahead, JLHY plans to expand technical documentation, including product data sheets, load performance references, and packaging identification for easier warehouse handling and on-site selection.
With a manufacturing-first mindset and engineering-driven execution, JLHY continues to deliver fastening solutions engineered for performance, efficiency, and long-term reliability.