James is a renowned cobbler in my town. He tried different adhesives on leather shoes but was disappointed with poor results. After that, he used Masters Contact Cement and was amazed by its superior results.
He often asked me what is the science behind Masters Contact Cement’s powerful bond. I have answered his question in this blog. You will learn something new about this adhesive after this reading. So, let’s explore the details.
Why Masters Contact Cement is Different?
Masters Contact Cement provides a long-lasting bond for industrial and domestic uses. You can use it on multiple materials and surfaces, such as rubber, wood, metal, plastic, leather, and more. Additionally, it shows considerable resistance to temperature and moisture extremes.
Its early drying character due to solvent evaporation makes it popular for speed work on industrial-level jobs. So, all these qualities are rare and can not be found in other adhesives.
Therefore, Masters Contact Cement has unique value and demand in the world of bonding.
What is the Science Behind Masters Contact Cement Powerful Bond?
Users of Masters Contact Cement are wondering about its durable bonding. It provides unique bonding due to the following hidden reasons:
1: Role of Polychloroprene (Neoprene Rubber)
The Masters Contact Cement has Polychloroprene, known as neoprene rubber. This synthetic rubber has unique stretch-ability, chemical resistance, and a longer lifespan. Its rubbery layers perform the following functions between two materials:
◈ Retain bond flexibility under stress conditions.
◈ Avoid cracking the bond even after several months to years.
◈ It ensures the bond works well in temperatures ups and downs.
2: Solvent-Based Unique Bonding Chemistry
The Masters Contact Cement comes in a Solvent-made formula, unlike other glue and adhesives. The solvent-based chemistry gives this adhesive the following characteristics:
◈ After application, the solvent penetrates both material layers and makes them soft.
◈ At the microscopic level, it changes its structure to create a tacky and more triggered surface. Once the solvent evaporates, these surfaces get prepared to attach.
3: Tolerance for Water and Heat
The Masters Contact Cement has a strong polymer chain that enables it to withstand the following weather extremes:
◈ Heat Tolerance: It can resist high-temperature environments such as kitchen heat and manufacturing unit temperature.
◈ Water Resistance: It can withstand moisture and water damage, giving space to work in wet conditions.
A Summary of Masters Contact Cement Bonding Advantages
|
Characteristic |
Advantage |
|
Not Affected by Water |
You can use this bonding in moisture-rich places such as bathrooms, kitchens, and outdoor environments. |
|
Temperature Extreme Tolerance |
It is possible to use this bonding in temperature-extreme places. |
|
Natural Curing through Evaporation |
You do not need to wait hours for curing or to use pressure for this purpose. |
|
Solvent-based Chemistry |
It provides quick and pressure-induced bonding. |
|
Made of Neoprene |
It provides a stretchable and durable bonding. |
These scientific bonding secrets make it an evergreen adhesive. The Masters Contact Cement is easy to use in various places such as the kitchen, industrial use, outdoor, and others.
Also Read this Blog: Masters Contact Cement vs. Super Glue – Which One is Stronger
Tips to Get Maximum Benefits of Masters Contact Cement Bond
A good chemistry in Masters Contact Cement is not enough. You need to follow these proven tips to get a strong bond:
◈ Proper Surface Preparation: Prepare both surfaces thoroughly before the Masters Contact Cement application. Remove all the dust, debris, and previous glue for efficient bonding.
◈ Correct Spreading: Using a spreader or a roller, apply even but thin coats of cement on both surfaces. Do not spread thick layers of adhesive to avoid weak bonding and bubbling.
◈ Drying Time: Give proper time for drying after applying adhesive until the surfaces do not remain tacky. If the solvent is not evaporated, it can give a week of bonding.
◈ Accurate Storage Practice: After tightly liding the seal, store the Masters Contact Cement in a cool and dry place. If it gets thicker over time, thin it with a recommended contact cement thinner.
Conclusion
Durability, strength, and swift adhesion are some prominent qualities of Masters Contact Cement that set its bonding apart from other adhesives. It is a high-grade adhesive fit for industrial and domestic uses.
After reading this blog, you know the science of its unmatchable bonding. Try the Masters Contact Cement and share your experience in the comment section.
Frequently Asked Questions (FAQs)
Q1: Which material Masters Contact Cement does not stick?
It will not stick to non-porous materials such as metal and glass.
Q2: What is the basic ingredient of Masters Contact Cement?
The key ingredient of Masters Contact Cement is Polychloroprene (Neoprene rubber).
Q3: What are the uses of Masters Contact Cement?
It can bind leather, wood, rubber, and more. It is commonly used in the leather industry and household fixing.
Q4: Can heat deactivate Masters Contact Cement?
If the bond is new, the heat from the hairdryer can deactivate the Masters Contact Cement.
Q5: What is the best temperature for Masters Contact Cement?
The working environment temperature for applying Masters Contact Cement should be at 65°F.
