Enhance the stability and safety of your installations with these M8 Stainless Steel Expansion Anchor Bolts. Built from high-quality 201 stainless steel, these heavy-duty hex head bolts provide outstanding durability and rust resistance, making them perfect for both indoor and outdoor applications. Designed to expand upon tightening, these bolts offer a firm grip on concrete, brick, and stone surfaces, ensuring reliable anchoring for shelves, brackets, machinery, and more. Ideal for use in construction, home renovations, or any DIY project, these anchor bolts guarantee robust performance under high-stress conditions.
Features
High-Quality 201 Stainless Steel: Offers superior rust resistance and strength, ensuring long-lasting use even in harsh environments.
Easy Installation Hex Head Design: The hexagonal head allows for secure tightening and simple installation with standard tools.
Strong Expansion Grip: Provides a secure hold by expanding when tightened, ideal for use on solid surfaces like concrete, stone, and brick.
Multiple Length Options: Available in lengths from 60mm to 120mm to accommodate a variety of projects and requirements.
Corrosion-Resistant Finish: Ensures durability and protection against the elements, making it suitable for both indoor and outdoor use.
Specifications
Material: 201 Stainless Steel
Bolt Diameter: M8
Length Options: 60mm, 70mm, 80mm, 90mm, 100mm, 120mm
Type: Hex Head Expansion Anchor Bolts
Colour: Silver
Usage: Designed for securely anchoring heavy-duty items to concrete, brick, and stone surfaces
Weight: Lightweight for easy handling and storage
Package Includes
5 x M8 Stainless Steel Expansion Anchor Bolts (Choose Length: 60mm, 70mm, 80mm, 90mm, 100mm, 120mm)
Note
Ensure the surface is clean and free from dust and debris before installation for optimal performance.
Check the size and length specifications to ensure they meet your project requirements.
The actual colour of the bolts may vary slightly due to lighting conditions and screen settings.
Please allow for slight measurement variations due to manual measurement.