GRK Fasteners has introduced a new product called the GRK Metal Connector Screw. This range has received approval from the ICC evaluation service for use in structural metal-to-wood connections.
The GRK Metal Connector Screw line provides contractors with a fastening solution designed to meet building code requirements while improving installation efficiency. The screw incorporates the company's Star Drive technology, featuring a recess with six points of contact that enhances bit engagement and torque transfer. It is purpose-built for applications such as joist hangers, post bases, and other metal connector hardware, and includes a Fast Bite Tip that enables starting without pre-drilling, which is especially beneficial for repetitive tasks.
The GRK Metal Connector Screw is available in various diameters and lengths commonly used in construction.
Image Credit: GRK Fasteners
What Makes This Trend Stand Out
- Code-approved Fastening Solutions
- Wider acceptance of ICC-approved fasteners is reshaping specification standards and enabling new product development tied directly to regulatory compliance.
- Tool-integrated Fastener Designs
- Fasteners with integrated drive geometries and torque-optimizing recesses are reducing reliance on specialized tools and opening pathways for hardware that pairs closely with powered drivers.
- Pre-drill-free Installation
- The growth of tips and thread forms that eliminate pre-drilling is enabling faster repetitive installations and the rethinking of connection workflows in framed structures.
Sectors Adopting This
- Construction Contracting
- Contractors are positioned to benefit from fasteners that shorten installation times and simplify inventory by replacing multiple connector types with code-compliant screw solutions.
- Fastener Manufacturing
- Manufacturers face opportunities to differentiate through advanced geometry, material treatments, and certification-driven product lines that meet structural metal-to-wood requirements.
- Building Inspection and Certification
- Inspection and certification bodies may see evolving assessment criteria as novel connector types and performance data influence acceptance thresholds and testing protocols.
