Surface Preparation Archives - ZDS Adhesive Manufacturer

This image shows a steel panel undergoing sandblasting inside an industrial workshop, illustrating surface roughening that directly impacts bond strength.

How Sandblasting Metal Roughness Drives Bond Strength & Adhesion Results

Introduction: Why Surface Matters in Metal Bonding From aerospace assemblies to architectural steelwork, the bond between metal parts often determines the final product’s durability and safety. “Sandblasting Metal: Roughness Effects on Bond Strength” explores how sandblasting—an industrial surface preparation method—modifies metal substrates and, in turn, influences adhesion. By understanding the science behind surface roughness, adhesive […]

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This image illustrates plasma surface treatment technology used in a continuous manufacturing line, conveying modern industrial precision and technical cleanliness.

Plasma vs. Corona Treatment: Which Industrial Surface Process Wins in 2026?

Surface Preparation / ZDS Adhesive

Unlocking Surface Modification: Plasma vs. Corona Treatment for Adhesion Promotion Surface modification is a critical step in modern manufacturing, especially when strong adhesion, printability, or coating performance is required. Two leading methods—plasma treatment and corona treatment—are used to enhance surface energy and promote adhesion on materials like plastics, metals, and composites. This article dives deep

Plasma vs. Corona Treatment: Which Industrial Surface Process Wins in 2026? Read More »

A close-up view shows a technician applying dyne ink to a clean metal surface, depicting the process of measuring dyne levels for optimal wettability.

Surface Energy 101: How Dyne Levels Shape Adhesion and Wettability in Modern Manufacturing

Surface Preparation / ZDS Adhesive

Introduction: Why Surface Energy and Dyne Levels Matter in Real-World Adhesion Reliable adhesion on metals is never guaranteed—especially as manufacturing moves faster and product requirements get tougher every year. Surface Energy 101: Understanding Dyne Levels is more than a science lesson; it’s a practical playbook for achieving strong, consistent bonds on metal parts. Whether you’re

Surface Energy 101: How Dyne Levels Shape Adhesion and Wettability in Modern Manufacturing Read More »

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Surface Preparation

How Sandblasting Metal Roughness Drives Bond Strength & Adhesion Results

Plasma vs. Corona Treatment: Which Industrial Surface Process Wins in 2026?

Surface Energy 101: How Dyne Levels Shape Adhesion and Wettability in Modern Manufacturing

Division by use

Division By industry

Surface Preparation

How Sandblasting Metal Roughness Drives Bond Strength & Adhesion Results

Plasma vs. Corona Treatment: Which Industrial Surface Process Wins in 2026?

Surface Energy 101: How Dyne Levels Shape Adhesion and Wettability in Modern Manufacturing

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