Concrete Nails (Base) | Securing materials in concrete/masonry | CE Certified (EU safety compliance), Steel (ASTM A36), Fluted Shank (▲25% friction reduction1) | High durability, reduced driving resistance, multi-standard compliance (BS 4978/DIN 545) Flat Head minimizes surface disruption | Requires power tools, heavier than wood nails, limited corrosion resistance |
Framing Nails | Wood framing, cabinetry | Galvanized Finish (ASTM A153 corrosion resistance), Smooth Shank (Easy wood penetration), Diamond Point (ASTM F1667)
| Cost-effective, corrosion-resistant, easy to drive into wood | Not for masonry, lower holding power in dense materials |
Roofing Nails | Roofing shingles, metal sheeting | Ring Shank (▲30% grip strength2), Rubberized Coating (ASTM D3746 uplift resistance), Stainless Steel (ASTM A193)
| Superior wind resistance, long-lasting in harsh weather, strong grip | Higher cost, may split thin materials |
Finishing Nails | Trim work, interior finishes | Small Head (Hidden finish), Smooth Shank (Easy driving), Zinc Plated (ASTM A153)
| Clean aesthetic finish, corrosion protection, easy to conceal | Low load capacity, not for structural use |
Structural Nails | Load-bearing timber/steel | Heavy Gauge Steel (ASTM A36), Spiral Shank (▲20% pull-out resistance3), Large Head (Load distribution)
| High load capacity, superior grip, durable for heavy-duty use | Bulky design, requires specialized tools |
Premium Concrete Nails | High-stress commercial projects | Stainless Steel (ASTM A193 corrosion resistance), Spiral Shank (▲30% pull-out vs Base4), Triple Certification (CE/ANSI/ISO 3585)
| Enhanced corrosion resistance, unmatched grip strength, universal compliance | Highest cost, heavier weight, overkill for light applications |