Self-Drilling Fasteners
EJOT UK's self-drilling fasteners are designed for roofing & cladding applications, offering various materials including carbon steel, bi-metallic, and stainless steel. These self-drilling stainless Tek screws provide optimal mechanical performance with features such as high corrosion resistance, colour matching and efficient drilling. EJOT UK’s self-drilling fasteners are ideal for metal, timber, masonry, roofing and concrete applications.
Advantages & characteristics of EJOT’s self-drilling fasteners
- Heavy-duty self-drilling metal screws featuring a classic drill point to drill, form the thread, and fasten components in one work step.
- Self-fixing screws completed with an optional pre-assembled sealing washer.
- Tek screws for metal, concrete, and timber.
- Heavy section tek screws for robust applications.
- Stainless steel self-drilling screws for corrosion resistance.
- Quality tek screw for roofing projects.
- Countersunk tek screws and self-drilling masonry screws for flush finishes.
- Hex head tek screws and low profile screws for diverse fastening needs.
- Self-drilling bolts and self-drilling tek screws for high torque applications.
- Low-profile head screws for aesthetic and functional applications.
EJOT’s range of self-drilling fasteners is engineered to meet the rigorous demands of the construction sector. These fasteners are designed for optimal performance, providing secure and durable joints across various substrates and materials. EJOT’s collection of quality tek screws offers excellent resistance to corrosion, making them ideal for outdoor and high-moisture environments.
For heavy-duty applications, our self-drilling metal screws ensure strong and reliable fastening. EJOT tek screws and self-drilling screws for steel are perfect for creating robust connections in metal structures. Additionally, self-drilling concrete screws and masonry screws provide effective solutions for fastening into concrete and masonry substrates.
EJOT self-drilling roofing screws are tailored to meet the specific needs of roofing projects, ensuring a secure and weather-resistant seal. Our countersunk screws and low-profile head screws are designed for applications where a flush finish is required, enhancing both the functionality and appearance of the final assembly.
Browse the complete range of self-drilling screws available from EJOT, find the perfect solution for your fastening needs and find the perfect match for your application.
EJOT UK specialises in high-quality self-drilling fasteners, commonly known as tek screws, which are designed to significantly enhance efficiency and performance in various construction and manufacturing applications. Unlike traditional screws that require a separate pilot hole to be drilled, these innovative self-drilling screws feature a unique drill point that allows them to drill, tap, and fasten in a single, streamlined operation. This not only saves considerable time and labour but also ensures a perfectly sized hole and a secure, vibration-resistant connection.
The versatility of these fasteners is a major benefit. EJOT offers a wide range of materials and finishes to meet diverse needs. For projects requiring superior corrosion resistance, such as roofing installations or marine applications, stainless tek screws are the ideal choice. Their exceptional durability ensures long-term performance even in the harshest environments. These fasteners are adept at joining various materials, including thin-gauge metal sheets and profiles, as well as aluminium components used in façade construction and window frames.
Beyond metal-to-metal applications, EJOT’s self-drilling fasteners are also engineered for use with other substrates. They can be effectively used to attach fixtures to timber frames and for light-duty fixings into certain types of masonry. This broad applicability makes them a go-to solution for a wide range of industries, from building and construction to automotive and electronics. By eliminating the need for pre-drilling, these self-drilling screws reduce the risk of installation errors and contribute to a cleaner, more efficient worksite, ultimately leading to higher productivity and stronger, more reliable assemblies.