Are Titen Anchors Accepted For Use Outside?

The Titen HD® heavy-duty screw anchor is a mechanically galvanized high-strength screw anchor designed for use in interior and non-corrosive environments, as well as temporary outdoor applications. It is not recommended for permanent outdoor use or highly corrosive environments. The installation process involves drilling a hole in the base material using a carbide drill bit the same diameter as the nominal diameter of the anchor to be installed.

The stainless-steel Titen HD (THDSS) screw anchor may be used to attach wedge anchors, including expansion anchors, but require multiple steps and tools to install. In contrast, the Titen HD heavy-duty screw anchor offers low installation torque and outstanding corrosion resistance.

The Titen HD stainless steel is ideal for fast and efficient installation in multiple types of environments. Its proprietary heat treatment and ASTM B695 Class 65 mechanically galvanized coating make it ideal for both interior and exterior anchoring applications. However, it is not recommended for permanent exterior use or highly corrosive environments.

The Titen HD screw anchor by Simpson Strong-Tie has the engineering and code documentation that allows it to be used for fastening mudsills and wall plates to foundations and slabs and can replace them. However, in Simpson’s literature, they recommend that these fasteners be used for interior environments or temporary exterior applications only.

The zinc-plated carbon steel anchor can be used for temporary exterior applications, with a size of 5/8 in. x 5 in. Caution: Use a Titen HD screw anchor one time only.

In conclusion, the Titen HD screw anchor is an excellent choice for both interior and non-corrosive environments, but should not be used in permanent outdoor or highly corrosive environments.

What are titen bolts used for?

The Titen HD is a high-strength screw anchor designed for use in cracked and uncracked concrete and masonry. It offers low installation torque and outstanding performance, making it suitable for various applications such as sill plates, ledgers, post bases, seating, and holdowns. The stainless-steel Titen HD is ideal for applications in corrosive or extreme environments like salt water or chemical solutions. It has been tested in accordance with ACI 355.

2, AC193 and AC106, and is qualified for static, wind, and seismic loading conditions. The thread design undercuts to transfer load efficiently, and the specialized heat-treating process creates tip hardness for better cutting without compromising ductility. The hex-washer head requires no separate washer, providing a clean installed appearance. The Titen HD is removable, ideal for temporary anchoring or fixtures relocation, and is suitable for dry interior environments only.

What is an alternative to concrete anchor bolts?

Mudsill anchors represent a cost-effective alternative to anchor bolts in wood construction projects, providing support to structures at the foundation.

What is the best bolt to anchor into concrete?

Wedge anchors are strong, versatile anchors available in nine diameters and lengths. They come in various materials like carbon steel, 304 stainless steel, and 316 stainless steel, suitable for areas with or without corrosion. 304 stainless steel is suitable for moisture and water, while 316 stainless steel can withstand chemicals and water submersion. ITW Red Head Trubolt concrete wedges are specialized for cracked concrete and seismic areas, and are zinc-plated for indoor use.

What is the minimum edge distance for epoxy anchors?

The minimum edge distance for an adhesive anchor, as per ACI318-19 Section 17, is defined as follows: 9. 2 should be six times the diameter of the anchor. In the case of M20, however, the edge distance is 75 mm due to the limited space available. It is unclear whether the minimum edge distance stated in the ACI should be strictly adhered to or if there is a method for assessing the anchor’s capacity based on the actual edge distance.

What is the minimum edge distance for Simpson Titen HD?

This article describes a 1-3/4″ carbon steel screw anchor, Titen HD, designed for static and seismic loading conditions. It features a thread design that transfers load to the base material, no special drill bit needed, and can be installed using standard-sized ANSI tolerance drill bits. The anchor has a hex-washer head and is zinc-plated for temporary exterior applications. It is recommended to use the anchor one time only, as multiple installation may result in excessive thread wear and reduced load capacity. The information provided is for preliminary guidance only and is not guaranteed. For complete safety and accurate information, the manufacturer’s values should be consulted.

Should I use concrete screws or anchors?

Concrete anchors are suitable for heavy-duty and lighter-duty applications, with concrete screws being preferred for removal of fasteners due to their versatility and ease of installation. Wedge anchors are preferred for projects requiring permanence, such as structural or heavy machinery installations. Understanding the differences between these anchors and evaluating project requirements can help ensure a secure and reliable anchoring solution. Both types come in zinc, galvanized, and stainless steel options for enhanced corrosion resistance and a range of diameter sizes for increased strength.

What is the difference between an anchor bolt and an expansion bolt?

Anchor bolts, also known as expansion bolts or anchor screws, are mechanical fasteners used to secure objects to hard surfaces like concrete, masonry, and stone. They expand within the material, providing increased load-bearing capacity and resistance to sheer forces. Installation involves drilling a hole in the concrete, inserting the bolt, and tightening it to create a secure anchor point for structural elements. Available in various types, anchor bolts are ideal for securing heavy machinery and building frameworks, providing a robust, immovable connection.

What is edge distance for anchors?

Bolts should be at least 10 diameters away from the concrete’s edge and 5 diameters from an unsupported edge to ensure maximum holding power and prevent corrosion. Concrete wedge anchors should be embedded into concrete at least 3-1/4 inches, allowing sufficient space for the anchor, nut, and washer. A drill bit with a diameter equal to the wedge anchor’s diameter is required for successful installation. For example, if installing a 5/8″ concrete wedge anchor, a 5/8″ drill bit should be used. These guidelines help ensure a strong, secure hold in the concrete.

What is the failure of concrete anchors?

Splitting failure is defined as the splitting or fracturing of a concrete component along the fastening and edge, which can potentially result in the formation of splitting cracks between closely spaced anchor bolts or fasteners during the installation process, provided that the edge distance is adequate.

What is the difference between sleeve and wedge anchors?

Sleeve anchors and wedge anchors are mechanical expansion anchors designed to provide strong connections in concrete. Sleeve anchors work by expanding against the base material, while wedge anchors compress the base material for holding power. Wedge anchors are generally stronger and better suited for heavy-duty applications. They differ in their applications, holding power, installation procedures, material choices, and cost considerations.

Sleeve anchors are generally used for lighter applications like attaching items to drywall, while wedge anchors are used for making structural connections in concrete and steel. Both anchors can be installed differently, depending on the specific needs of the construction project.