Here at WastersBlog you might be surprised at first to read that we want you to know everything there is to know about hard chrome plating. But, we do. It's important, and that's a fact! Why is that so?
It is becoming increasingly apparent in waste management circles as companies and governments begin to create their plans for achieving the Paris 2015 accord pledge of Net Zero Carbon dioxide emissions by 2050 that very few manufacturing organisations are going to be able to get there with the current emphasis which is centred on recycling. Recycling alone is not the answer!
Recycling even when, as for metals such as iron, which can be recycled endlessly without any deterioration, requires energy. It has been assessed that energy requirements will anyway rise two to four-fold by 2050 on existing predictions just to allow for transport vehicle electrification.
There is no doubt that renewable energy sources can, and will have to be ramped up to these sorts of levels. Indeed, plans are afoot to raise national energy distribution grid capacity both for renewable gases, and electricity. These capacity increases will clearly need to match the rising demand as oil-derived fuels are phased out or else all industries will grind to a halt!
The conclusion is that all manufacturing industries will have to do much more to minimize waste to avoid recycling wherever possible, rather than just raise recycling rates. That's why technologies such as Chrome Plating for ultra long-wearing durability will become an essential part of the global effort to fight climate change and turn back the clock on the climate emergency.
Please read on and consider within your industry you can increase upon the already popular use of hard chrome plating, as described in our article below:
Everything to Know about Hard Chrome Plating
Hard chrome plating is among the most popular and highly utilized finishing techniques in the industry. In a nutshell, the process of plating with this material provides moderate oxidation of the surface. In simple terms, it gives good corrosion protection for coated components.
It's beneficial when used on the surfaces of complex parts, tools, die-cast metal casting, and mouldings where the exposure to abrasive elements exists. Nickel can be a good alternative to hard chrome plating, but it has some downsides.
For many years, nickel was the material of choice because of its corrosion resistance. But some recent studies have shown that nickel is not as effective as it used to be. This metal, despite its anti-corrosion abilities, is wearing down faster due to exposure to oil, grease, and harsh chemicals.
Because nickel is not as effective as it should be, many people are now looking towards hexavalent chromium plating to protect their investments. This type of coating contains five more components besides chrome. These are zinc, copper, tin, manganese, and titanium.
These elements are known for corrosion resistance, low wear and tear properties, and low-melting-points. These features are just what you need to keep your machinery running smoothly. Their combination makes the perfect coating for industrial applications where high protection against chemicals and rust is a must.
Hexavalent chrome is an excellent material for plating because it has a very low friction coefficient. It means that the friction caused by moving parts will decrease as they move against each other. More on this chrome compound read on this web page.
Improving Component Endurance with Hard Chrome Plating
There are many benefits that you stand to enjoy when using hard chrome plating. For starters, this type of finish makes components tough and durable. It has a remarkable ability to resist chipping, peeling, and fading. This property makes chrome plating ideal for products that are exposed to very high temperatures. Some parts are suited for use in applications where the surface has to endure extreme heat, such as those used in hot-water heating systems.
When it comes to durability, hard chrome plating has been found to be as good as it gets. Some of the best features include corrosion resistance, wear and tear endurance, and the ability to combat chemicals. It performed very well after exposure to oils, different solvents, and gasoline.
As said, hard chrome plating delivers superior rust resistance. As a rule, these finishes have a much higher level of hardness than the traditional chrome finishes. When exposed to moisture and different chemicals, you will find that this protective coating can withstand corrosion better than the solvent-based finishes. For this reason, they are perfect for use on all kinds of metal and alloy surfaces exposed to moisture.
Cost-Effective Final Coating
You will find that the chrome finish has excellent wear resistance ability. In the long run, that can save you money on maintenance and repair costs. By using this coating, you'll be able to protect your investment.
What also makes this coating economical is the fact that it can last for years and even decades. Due to its very good features and a good prep before plating, it can be unchanged for a very long time, even when exposed to harsh weather conditions. The thickness of the chrome layer can make the only difference; the thicker it is, the longer it will last.
Since hard chrome plating has a much higher gloss finish, you will find that it improves the aesthetic appeal. With the proper finish, you will be able to enhance the appearance of your product. This type of finish will make it so that you can get a professional look without sacrificing functionality.
Besides achieving a decorative look (although that's not a purpose of hard chrome coating), you will find chrome layers easy to install and maintain. In fact, you can even install it yourself, making it an ideal solution for industrial applications and commercial projects.
Instructions on DIY plating with this metal find below:
Although it doesn't seem strong and durable at first glance, hard chrome plating has proven to be extremely good in many industries in which it's used. From agriculture and the automotive industry to mining equipment and tool making, this topcoat has shown all its advantages.