Achieve secure and stable anchoring for your construction and home improvement projects with these M10 Stainless Steel Hex Head Expansion Anchor Bolts. Made from high-quality 201 stainless steel, these expansion bolts provide exceptional rust resistance, durability, and a strong hold, making them suitable for both indoor and outdoor applications. They are designed to expand when tightened, ensuring a reliable grip in materials such as concrete, stone, and brick. Perfect for various uses, including mounting heavy-duty fixtures, securing equipment, and more, these bolts are essential for any professional or DIY toolkit.
Features
High-Quality Stainless Steel: Constructed from 201 stainless steel, providing superior rust resistance, durability, and strength for long-term use.
Hex Head for Easy Installation: The hexagonal head design ensures easy and secure tightening with standard tools.
Secure Expansion Mechanism: Expands when tightened, delivering a firm and secure grip in solid surfaces like concrete, stone, or brick.
Multiple Length Options: Available in various lengths (60mm to 120mm) to accommodate different project needs.
Corrosion-Resistant Design: Suitable for both indoor and outdoor environments, resisting corrosion and wear even in harsh conditions.
Specifications
Material: 201 Stainless Steel
Bolt Diameter: M10
Length Options: 60mm, 70mm, 80mm, 90mm, 100mm, 110mm, 120mm
Type: Hex Head Expansion Anchor Bolts
Colour: Silver
Usage: Suitable for anchoring heavy-duty items to concrete, stone, and brick surfaces
Weight: Lightweight for convenient handling and storage
Package Includes
5 x M10 Stainless Steel Hex Head Expansion Anchor Bolts (Select Length: 60mm, 70mm, 80mm, 90mm, 100mm, 110mm, 120mm)
Note
Make sure the surface is clean and debris-free before installation to achieve the best results.
Verify the appropriate size and length needed for your project before purchasing.
Due to variations in screen settings and lighting, the actual colour of the bolts may differ slightly.
Allow for minor measurement differences due to manual measurement.
