Why Consider Adhesives for Assembly And Manufacturing?

Did you know that adhesives are now used in over 75% of manufacturing processes worldwide? This shift is happening because adhesive applications offer unique advantages that traditional joining methods like bolts, screws, and welding can’t match. They provide strong bonds, improve efficiency, and help create lightweight, durable products.

In this blog, we will talk about why adhesives are becoming the go-to choice for manufacturers. We will cover the key benefits of using adhesives over mechanical fasteners, the types of epoxy adhesives commonly used, and why partnering with Kohesi Bond can give you the best solutions for your manufacturing needs.

A] 6 Reasons To Use Adhesive For Manufacturing And Assembly Over Mechanical Fasteners

Adhesives are becoming a go-to solution in modern manufacturing for good reason. They make the production process easier, faster, and more reliable while creating stronger, longer-lasting products. Here are some simple reasons why adhesives application is a great choice for assembly and manufacturing:

• Enhanced Strength and Durability: Adhesive assembly manufacturing creates strong bonds that spread the stress evenly across the surface, preventing weak spots. Unlike screws or bolts, which put pressure on just one area, adhesives can provide a uniform bond making the product stronger and less likely to fail. For products that face constant pressure or vibration, adhesives are incredibly reliable.
• Producing Lightweight Products: They help keep products light by eliminating the need for heavy fasteners. This is especially important in industries like automotive and aerospace, where lighter products lead to better fuel efficiency and performance. Adhesives also bond lighter materials like plastic and composites, making them perfect for today’s energy-efficient designs.
• Bond Dissimilar Substrates: Epoxy adhesives join materials with different properties, such as metals, plastics, glass, and composites, without causing damage or stress points. Unlike screws or rivets, which require holes that can weaken materials, adhesives create a seamless bond that distributes stress evenly.
• Optimized Production Speeds and Automation: They also help in speeding up production. Unlike mechanical fasteners, which require alignment and manual work, adhesives are easy to apply and fit well with automated production lines. Fast-curing adhesives cut down waiting time, helping manufacturers stay on track with tight schedules and improving overall efficiency.
• Improves Aesthetics: Adhesives leave no visible marks on the product, unlike screws or welding, which can be seen on the surface. This helps create cleaner, smoother designs that look better. It’s especially important in industries like electronics, where how the product looks is just as important as how it works.
• Protection Against Environmental Factors & Chemicals: Adhesives offer extra protection against moisture, temperature changes, corrosion, and chemicals. Mechanical fasteners can rust or loosen over time, but adhesives stay strong even in tough conditions. Our industrial adhesives are formulated to withstand oils, solvents, acids, and other harsh chemicals. This makes them ideal for products exposed to the outdoors or extreme environments.
• Less Wastage of Materials: With adhesives, there’s less waste. Mechanical fasteners often require drilling holes, which can weaken the material and leave scraps behind. Adhesives avoid this problem, letting manufacturers use materials more efficiently and cut down on waste.

B] Types Of Epoxy Adhesives Used In Product Assembly 

Epoxy adhesives are highly versatile and can be customised to suit different manufacturing needs. Here are the main types of assembly glue used:

• Heat-Curing Epoxy Adhesives: These need heat to set and are great for high-performance tasks where strength is essential.
• Snap-Curing Epoxy Adhesives: These set quickly, making them perfect for fast-paced assembly lines where speed matters.
• Room-Temperature Curing Epoxy Adhesives: These don’t require heat to set, which makes them ideal for delicate materials or processes that save energy.