This year marks the 50th anniversary of the Apollo 11 mission to the moon. Magnaplate was part of the Apollo program's success from the beginning, both on the ground innovating surface coatings for space exploration and, later, on the moon protecting the drill tubes that sampled the moon's soil and rocks.
Fast-paced, high-volume production facilities cannot afford downtime caused by poorly performing packaging equipment.
When it comes to protecting metal and mixed metal components, harsh conditions and high performance requirements often prove too demanding for conventional coatings.
Magnaplate's Arlington, Texas, facility has expanded to keep pace with our substantial growth over the last five years.
When it comes to food processing applications, the types of equipment that need protection are as varied as the threats they face. Whether you specify or upgrade molds, hoppers, pneumatic cylinders, extruders or guillotine blades, protecting that equipment is a top priority.
What’s the best way to protect metal parts against wear, abrasion or corrosion to ensure long lifetimes? Engineers evaluating protective coatings for metal components may not be aware of the advantages that thermal sprays offer over conventional coatings.
Selecting a coating to protect and enhance your metal part can be a difficult process. While there are many surface protection options to evaluate, electroless nickel boasts several benefits that make it desirable for certain requirements.
Surface enhancement coatings take the worry out of keeping your oil and gas tooling safe from wear and corrosive conditions—enabling you to downsize your casings and other components to make your drilling operation more efficient.
When you need an aluminum oxide finish to fortify metal components for long life, you’ll be faced with various anodizing processes to choose from. At first glance, they all promise protection from common threats and offer similar features and properties.