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The Simpson Strong-Tie Titen Turbo Stainless-Steel Concrete and Masonry Screw Anchor is engineered for top-tier performance in corrosive environments, making it ideal for exterior and wet applications. Whether you’re working with concrete, brick, or block, the Titen Turbo SS delivers fast, reliable anchoring with advanced materials and smart design. Its patented reverse-thread geometry helps reduce installation torque, while the notched tip starts fast and minimizes over-torquing, especially critical when driving into older or brittle substrates.

Available in multiple diameters and lengths, this anchor is made from 316 stainless steel for superior corrosion resistance. Its also code listed for cracked and uncracked concrete under seismic and wind loading, making it a versatile option for demanding applications across residential, commercial, and industrial jobs.

Key Features:

• Corrosion Resistance: Made from 316 stainless steel for high-performance anchoring in exterior and moisture-prone environments.
• Code Compliant: ICC-ES ESR-1056 listed for use in cracked and uncracked concrete and masonry under seismic and wind loading.
• Reverse-Thread Design: Patented thread geometry reduces installation torque and delivers smooth driving with minimal binding.
• Notched Tip: Starts quickly and cuts cleanly into concrete, brick, or block, improving productivity and reducing wear on tools.
• No Pre-Spotting Needed: Innovative design allows for fast, one-step installation without pre-drilling or spot drilling.
• Versatile Length and Diameter Options: Choose from a variety of sizes to suit a wide range of base materials and installation conditions.

Applications:

• Concrete and masonry anchoring in wet or exterior conditions
• Coastal construction and marine environments
• Mechanical, electrical, and plumbing installations
• Commercial framing, racking, and railing systems
• Light structural attachments requiring stainless steel anchors

Installation:

• Drill a hole using a carbide-tipped hammer-drill bit the same diameter as the anchor.
• Clear dust from the hole using compressed air or a nylon brush.
• Drive the anchor using a torque-controlled impact wrench or drill.
• Avoid over-torquing to maintain optimal holding strength and prevent substrate cracking.