Web Menu
Product Search
Language
Share
Home / Products / Anchor Bolt / Undercut Anchor

Product Series

How Can We Help You ?

If you need help, please feel free to contact us.

CONTACT US

Stainless Steel Undercut Anchors Manufacturers

Undercut anchor is a specialized type of fastening system commonly used in construction and engineering to securely attach objects to concrete and other solid materials. Unlike traditional anchors that rely on friction between the anchor body and the base material, undercut anchors create a mechanical interlock with the concrete, which significantly enhances their load-bearing capacity.The installation of an undercut anchor involves drilling a hole into the concrete and then mechanically undercutting the base of the hole to form a conical shape. This is usually achieved by using a special undercutting tool or by the expansion of the anchor itself, which pushes outwards to create the undercut. The anchor is then inserted into the hole, and a setting tool is used to pull the anchor body back while expanding a sleeve or other mechanism into the undercut area. This expansion locks the anchor into place, providing a strong and reliable hold.Undercut anchors are particularly valued for their high load capacity and resistance to vibration and dynamic loads, making them ideal for supporting heavy loads in structural applications, such as attaching facades, balconies, or machinery to concrete substrates.

About Fengye
Taizhou Fengye Metal Products Co., Ltd.
20+ YEARS OF EXPERIENCE as a professional integrating design, production, and after-sales.
Taizhou Fengye Metal Products Co., Ltd, located in the stainless steel capital of China--Jiangsu province Taizhou xingtai industrial zone, is professional China Stainless Steel Undercut Anchors Manufacturers and OEM Stainless Steel Undercut Anchors Factory, such as R&D, production, and sales of stainless steel self-tapping screws, Mechanical screws, nuts, rivets, washers（plain washers and spring washers）, wedge anchor, stainless steel undercut anchor, aluminum extrusions, expansion screws and other standard or non-standard fasteners and curtain wall accessories. From the day of our establishment even though we rapidly conquered the stainless steel market Taizhou Fengye Metal Products Company always remembers the reason for gaining this recognition and never forgot our mission of the fastener industry， we Introduce talents, buy equipment, and improve quality. Through many years of efforts, our company has obtained several national product patents, a certificate of Jiangsu province private science and technology enterprise, certificate of utility model patent, So it is no surprise we were able to gain a high reputation as a reliable and trustworthy stainless steel fastener supplier around the globe as in we become a more influential enterprise in the field of stainless steel fastener production. Since the company was founded, adhering to the "quality to survive, innovation and development" concept, Actively drawing on the experience and absorbing the essence of stainless steel fastener technology, and constantly completing the development and improvement of new products, has won the unanimous praise of customers at home and abroad, we will always embrace: quality stainless, Integrity is the tenet of steel, warmly welcome all businesses to map, sample inquiries!
Certificate Of Honor
  • Customs Permit
  • ISO9001
  • ISO9001EN
  • Trademark
News
Message Feedback
Industry knowledge

What is the working principle of undercut anchor and its application prospects in the field of construction engineering?

In construction engineering, anchoring technology is a crucial link. With the continuous advancement of science and technology, a new anchoring technology called undercut anchor is gradually attracting the attention of the industry. This subversive anchoring technology can not only provide higher safety and reliability, but also reduce time and cost during construction.

Undercut anchor is a new anchoring technology that utilizes the strength and deformation capacity of concrete. Its working principle is to create "cantilever"-shaped grooves in concrete and then pour special high-performance grouting materials into these grooves. This design enables undercut anchor to form a larger anchoring area in concrete, thereby improving the anchoring firmness and tensile strength. Compared with traditional mechanical anchoring, undercut anchor greatly reduces damage to concrete, while also improving the stability and durability of anchoring.

This new anchoring technology has a wide range of application prospects in construction engineering. For example, in bridge and tunnel engineering, undercut anchor can be used to fix large structures, such as cables of suspension bridges and pipeline systems in tunnels. Its highly reliable anchoring performance can ensure that these structures remain stable and reliable in harsh environments. In addition, in the construction of high-rise buildings, undercut anchor can also provide safer and more efficient anchoring solutions to safeguard construction progress and worker safety.

In addition to its application in traditional construction projects, undercut anchor technology has also shown great potential in some special fields. For example, in marine engineering, due to factors such as seawater corrosion and wave impact, traditional anchoring technology often cannot meet the needs. Undercut anchor has become an ideal choice for marine engineering with its superior corrosion resistance and stability. In addition, this technology can also be applied to the fixing and support of underground structures, such as tunnel support and underground pipe network fixing.

As a subversive construction anchoring technology, undercut anchor not only has innovations in working principles, but also shows great potential in application fields. It can provide higher safety and reliability, while also reducing construction costs and time. With the continuous improvement of construction engineering requirements for safety and efficiency, undercut anchor technology is expected to become an important development direction in the future construction engineering field.