When a manufacturer of body fluid diagnostic analyzers tested 15 coatings for protection against wear and chemicals, Nedox® was the top performer.
Magnaplate HCR® is becoming the "go to" coating in the thermoforming of blisters from PVC/PVDC laminates in forming, filling and sealing machines.
Magnaplate’s Lectrofluor® helped a pharmaceutical injectables manufacturer halt corrosion and chemical attack on a condensate pump.
Magnaplate’s CS-1331 is a lubricious coating type that offers PVC release and proven thermal stability at up to 500°F.
Our Nedox family of surface treatments is well suited for demanding oil and gas conditions, such as exposure to sour gasses.
Magnaplate surface treatments can improve the release properties of textile rollers and other converting machine parts for greater productivity.
Nedox® delivers excellent non-stick properties, easy cleanup and abrasion resistance for heat stake machine components.
The powder and bulk solids industry can trust Magnaplate engineered coatings to improve and ensure product purity.
A Nedox engineered coating is well-suited to deliver high performance and durability in corrosion-intensive environments that also cause wear and abrasion.
Magnaplate’s Tufram coatings combine the advantages of hard anodizing with engineered enhancements to give your aluminum parts optimal protection.
Magnaplate engineered coatings enhance and protect metal components from sticky substances and ensure proper mold release.
Pumps, valves and compressors endure a host of threats that can impact their reliability and your operation’s productivity. Our new video describes how Magnaplate’s engineered coatings protect a variety of metal surfaces from corrosion, abrasion, wear, material buildup and other conditions to ensure optimal media flow and maximum uptime across a broad range of applications.
When sticking threatens equipment uptime and reliability, engineered coatings can protect your machine surfaces and improve their non-stick properties.
Magnaplate offers a wide range of engineered coatings that protect food production machines and equipment and keeps them running at their best.
When selecting your surface protection coating, be sure to also consider thermal sprays.
Our new video presents some of the engineered coatings General Magnaplate offers, along with the technical features that make them well-suited for use in demanding aerospace applications where failure is not an option.
Engineered coatings can address your application’s conditions and your pump’s specific mechanical requirements to ensure productivity and uptime.
With the right coating, you can expect more from your aerospace equipment — boosted productivity and decreased downtime and variability. Magnaplate's proprietary finishes offer unique, problem-solving solutions for some of the toughest applications.
These FAQs will help answer some of the basic questions you may have about anodizing aluminum parts to give them greater reliability and durability.
Parts found in oil and gas equipment must perform reliably despite exposure to corrosive chemicals, abrasive fracking fluids, sour gases in drilling, high pressures, liquids, variable pH levels and high temperatures.
Tufram and Nedox engineered coatings are appropriate for a wide range of applications involving aluminum parts.
Our new webinar, “Mind Your Metals - Boost Uptime And Cleanliness With High-Performance Coatings,” will show how engineered coatings can solve downtime issues and increase productivity in clean environments.
When you want to get the most out of your worn parts, let Magnaplate engineered coatings be part of your MRO strategy.
Valves used in industrial facilities, as well as oil and gas installations, must endure severe conditions that can damage surfaces, lead to downtime or even shorten a part’s lifetime.
Food processing and bulk solids operations share many of the same objectives - maximizing runtime, high production and throughput, lower maintenance costs and long equipment lifetime. However, issues like part replacement, preventative maintenance and cleaning can hinder those goals.
To protect metal surfaces from damage, you have several methods to choose from. Many vendors provide surface enhancement offerings that range from plating to powders to paint-on processes, all of which can offer a fair amount of protection.
In our latest webinar, Mind Your Metal - Coating Conversations on Packaging, we examine some common issues in the packaging industry and explore the ways high-performance coatings can solve them to help you reduce downtime and increase productivity.
Throughout the oil and gas industry, equipment is prone to unforgiving conditions that can affect performance and reliability.
When two objects make contact with each other, there's going to be resistance, or friction, between the surfaces. Friction causes wear and affects the performance and operating life of components, so it’s important to minimize it.
No matter your industry, there will be times when you need to coat a part — whether to protect it from conditions in its target application, improve its performance, extend its lifetime or simply to enhance its aesthetics.
This video shows how Magnaplate fortifies your engineered coating by infusing polymers into the substrate and applying a proprietary sealing process so it becomes an integral part of the new surface.
When it comes to contract manufacturing, relationships matter. Not only must you earn customer trust every day, you must also hope that the companies you partner with to help you serve your customers share your commitment to quality and service.
When it comes to protecting parts against corrosion and wear, electroless nickel (EN) plating has been around for a long time—in fact, more than two centuries.
Sometime during your metal or alloy part’s lifetime, it will be vulnerable to corrosion. Corrosion is a common problem, and it occurs in many different forms.
When you need to enhance the surface of your part, chances are you don’t want to coat the entire part. Although masking is an essential aspect of the surface protection process, it is often an afterthought.
Aerospace environments involve some of the toughest conditions for equipment. Threats like friction, galling, corrosion and high temperatures can cause some of the industry’s most common metals and alloys to fail.
In powder and bulk solids handling processes, many conditions can hinder equipment reliability and performance.
Sticky glues and adhesives as well as wear and abrasion are particularly common threats to machine reliability, and they can halt production as workers clean and repair the damage. Over time, these interruptions can significantly impact the bottom line.
As oil and gas facilities move to more remote locations with extreme conditions, any equipment downtime due to parts failure can be costly.
Throughout the food processing process, a variety of conditions can affect your equipment’s performance and reliability.
Mining and mineral processing facilities present a host of threats that can affect valve reliability and uptime. Knife gate valves used in slurry transport, for example, must consistently perform despite heavy contact with abrasive, corrosive metal solids or acids that can erode the valve.
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.
Labeling machines must operate around the clock at very high speeds. But if adhesive residue clings to any of the machine components, the entire production process will grind to a halt until the parts are cleaned.
Engineered coatings keep automated machinery running smoothly, increasing throughput and helping to maintain 24/7 operation.
Engineered coatings boost productivity in automated systems, mitigating troublesome issues like abrasion, premature wear, corrosion and sticking.
Maintaining equipment with specialized surface treatments mitigates issues involving abrasion, premature wear, corrosion and sticking.
How engineered coatings extend equipment lifetime, protecting parts from wear, abrasion and corrosion.
Magnesium alloy surface enhancement coatings prevent wear, outgassing and more in aerospace applications.
Watch this video to learn about the basic versions of our advanced surface enhancement technologies.
Nedox coating protects impellers from corrosion in oil and gas applications, significantly increasing the lifespan of equipment.
Synergistic thermal spray Plasmadize includes polymer infusion, and when applied mechanically bonds to the substrate, altering its surface properties.
When it comes to bulk solids metering and handling machines, metal coatings play a crucial role. For one, they help reduce friction on metal feeders and prevent sticking. They also protect feeder components from wear.
Applying engineered coating Tufram to aluminum dies improved custom extruder, resulting in longer die life and increased productivity.
Nedox and Tufram engineered coatings are FDA-compliant and accessible worldwide, delivering consistency for pharmaceutical OEM.
Nedox NH2 smart coating protects metal parts from corrosion and chemical attack, including space suits in NASA's microgravity swimming pool.
Nedox smart coating can replace and ultimately exceed chrome for technical benefits that include wear resistance, corrosion resistance and low friction.
Lectrofluor® is a polymer-based coating that protects metals from corrosion and chemical attack in all kinds of hostile environments.
Watch this video to learn how Nedox can help less durable metals achieve the longevity of chrome and stainless steel while offering superior protection.
This video shows how Tufram coatings for aluminum far outperform conventional hard anodizing when it comes to corrosion resistance, friction reduction and hardness.
Tufram synergistic surface coatings protect aluminum from corrosion and friction, and are a good choice for manufacturing, processing and packaging equipment.
Boost uptime and cleanliness in food processing applications with engineered coatings that handle the demands of 24/7 plant schedules and rigorous cleaning routines.
Applying the right type of engineered coatings to key machine components will keep converting lines humming.
Tufram and Tufram Basic Hard Anodizing coatings provide superior performance characteristics, offering different levels of hardness, friction reduction and corrosion resistance.
Metal coatings technologies provide a critical edge in dry bulk solids handling—reducing friction, preventing material buildup, increasing lifespan and more.
Engineered smart coatings for the packaging industry reduce friction, eliminate wear and provide release and FDA compliance.
Upgrade from Nedox Basic electroless nickel for improved hardness and better performance, especially in chemically corrosive environments.