Master-Plate® (Glue-On Bonding Fasteners): A Deep Dive into Strength and Versatility

 by altitudemarketing

Reading Time: 3 minutes

Introduction

In the world of industrial fasteners, innovation is key to finding efficient and reliable solutions for complex assembly challenges. Master-Plate® (also known as glue-on bonding fasteners) has emerged as a game-changer, offering exceptional strength and design flexibility. In this blog post, we’ll explore the technical intricacies of Master-Plate® and delve into its impressive performance capabilities.

What is Master-Plate®?

Master-Plate® is a versatile fastening system that employs adhesives to securely attach to various materials. Its simplicity is a standout feature, eliminating the need for specialized mechanical preparation. The installation process typically involves applying adhesive to the designated area and affixing the Master-Plate®. This adaptability makes it suitable for lamination, co-molding, or screw-based applications.  

Types of Master-Plate®

The Master-Plate® system offers three main variants:

  1. MASTER-PLATE: This configuration features a perforated flat base that accommodates a fastener.  
  1. MASTER-PLATE RS: This design incorporates a blind base with round spacers, providing a robust and secure fastening solution.  

Installation

The installation of Master-Plate® is straightforward and user-friendly:

Testing and Results

To assess the performance of Master-Plate®, rigorous tests were conducted using two different configurations:

  1. Standard Stud M6 x 20 (Stainless Steel AISI 316 L) with Standard Plate (Stainless Steel AISI 316 L)  
  2. RS Stud M6 x 20 (Stainless Steel AISI 316 L) with Blind Plate and Round Spacers (Stainless Steel AISI 316 L)  

The tests focused on three critical aspects:

  1. Pull-Out Force: The system was attached to a load cell measurement tool, and the maximum extraction force required for detachment was recorded.  
  2. Shear Force: The system was again attached to a load cell, and the peak resistance to cutting was measured.  
  3. Torque: The resistance to twisting was evaluated using a dynamometric key to determine the maximum torque peak.

Analysis

The test results demonstrate that Master-Plate® exhibits exceptional strength across all three configurations. The Dimple Spacers version consistently showed superior performance in pull-out force and shear force tests, while the Round Spacers version excelled in torque resistance.

Conclusion

Master-Plate® offers a compelling solution for applications demanding high-strength bonding and design versatility. Its ease of installation, combined with its impressive performance in pull-out force, shear force, and torque tests, makes it a valuable asset in various industries. Whether you’re working on lamination, co-molding, or screw-based projects, Master-Plate® provides a reliable and efficient fastening solution.

Note: The test results presented here were obtained under specific laboratory conditions. While they provide valuable insights into the performance capabilities of Master-Plate®, it’s important to note that these results may not be universally replicable due to variations in environmental factors and application methods.  

Choose Master-Plate® for your next project and experience the difference in strength and versatility. Partner with Chemical Concepts and gain a trusted team built to support your products, your processes, and your production goals. Connect with us today to find the right solutions for your next project.