Double-Headed Seamless Nails 50-Piece Set For Skirting
Double-Headed Seamless Nails 50-Piece Set For Skirting
Introducing our Double-Headed Seamless Nails 50-Piece Set, the ultimate solution for hassle-free and secure installation of skirting boards, trim, and other decorative elements in your home or workspace. Engineered with precision and durability in mind, these seamless nails offer unparalleled convenience and reliability, ensuring a flawless finish every time.
KEY FEATURES
RUST-RESISTANT GALVANIZED - Each nail is coated with a rust-resistant galvanized finish, ensuring exceptional durability and longevity even in humid or outdoor environments. Say goodbye to unsightly rust stains and enjoy a polished appearance that lasts.
SEAMLESS INSTALLATION - Designed to minimize damage to walls and surfaces, our seamless nails offer a non-marking installation solution that preserves the integrity and aesthetics of your decor. Enjoy hassle-free installation without compromising on quality or appearance.
INTEGRAL THREADS - The integral threads on each nail provide enhanced grip and stability, ensuring a secure hold that withstands the test of time. Say goodbye to slippage and re-adjustments – with our seamless nails, your installations stay firmly anchored in place.
NOT EASY TO DEFORM - Crafted with precision and durability in mind, our seamless nails are engineered to resist deformation and maintain their shape even under heavy loads. Experience reliable performance that exceeds expectations, every time.
SPECIFICATION
Size: 1.5*0.8mm (without expansion tube), 2.5*0.8mm (without expansion tube), 3.5*0.8mm (with expansion tube)
Material: Iron + Galvanized
Use Of Site: Door set line, background wall line, solid wood lines, skirting, more than 8 mm thick wood veneer panels, background walls, etc.
PACKAGE INCLUDES
1×Double-Headed Seamless Nails 50-Piece Set For Skirting
NOTES
Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.
Color may not appear as exactly as in real life due to variations between the computer monitors.