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14 Kitchen Cabinet Color Trends of 2022 (and the Best Hardware for Each!)

Remodeling or designing new kitchens requires an eye for detail, especially when it comes to kitchen cabinets and their hardware. Understanding current trends in cabinets allow both professional and amateur designers to select the best style for their kitchen, which is why learning about kitchen cabinet color trends of 2022 is so important.

Kitchen cabinets aren’t just about storage. They help give a kitchen a certain ambiance. While what’s aesthetically pleasing to one person may not be so for another, we include plenty of selections below so that consumers can pick the one that best suits their preferences. 

14 Stylish Kitchen Cabinet Color Trends: 2022 & Beyond

kitchen cabinet color trends of 2022Modern designs for kitchen cabinets are becoming more streamlined and sleeker. Current kitchen plans espouse comfortable, environmentally friendly, and minimalistic designs, trending towards more touch-to-open cabinets without handles or cords. As smart technology becomes increasingly common in residential kitchens, designs look more futuristic, though certain contemporary color trends embrace a more natural feel.   

While color includes paint, that’s not the only element involved in planning color schemes within a kitchen. The coloring and material of various pulls, mountings, hooks and other cabinet accessories also add to a kitchen’s color schematics.

Let’s look at 14 current cabinet color trends for 2022: 

  1. Dark colors and hues have been a kitchen cabinet color cabinet trend. 2022 will maintain this fashion, with darker tones creating a warm and cozy kitchen, especially with kitchens that have plenty of natural light. 
  2. Classic white gives kitchens a clean and bright look long favored by homeowners, which won’t ever go completely out of style. 
  3. Two-toned kitchen cabinets create a complementary or contrasting color scheme that combines alternating colors for various cabinets depending on their position to make the kitchen more visually interesting. These contrasting tones work well for traditional and modern designs, with black hardware pairing well with white cabinets. Black and white cabinets can create contrast with their hardware by using black and brass detailing. Blue cabinets contrasted against whitewashed brick is another variation on this theme, with small round knobs complementing drawer pulls. Another two-tone color variation involves pink and white combined with stainless steel or brass pulls.
  4. Natural wood hues add texture to cabinets, presenting visual dissimilarities by incorporating tree ring patterns. The wooden look makes the kitchen seem more hospitable, contrasting the overall décor. 
  5. Matching pulls or knobs on cabinets with lighting accessories provides kitchens with an elegant color scheme that works well with patterned or colored cabinets. 
  6. Modern styles paired with traditional cabinets create a bolder kitchen design that mixes old with new, using matching latches, knobs, and bars. 
  7. kitchen cabinet color trends of 2022Light-colored cabinetry with acrylic pulls can be matched against polished chrome accents to create a distinctive modernistic look. 
  8. Black cabinets combined with brass-colored pulls with matching drawer slides and cabinet hinges give a kitchen a glamorous ambiance. 
  9. Blue-tinted cabinets with gold-hued hardware add character to a kitchen, developing in charm as it ages. 
  10. White cabinetry with brass hardware gives a kitchen a classic and minimalistic look, with knobs favored throughout for an added old-style ambiance. 
  11. Dark cabinetry set against matte pulls or knobs creates a more old-fashioned kitchen character, especially when stainless steel appliances are set against deep-blue cabinets. 
  12. White mixed with gray makes a kitchen seem brighter, with brass or stainless steel augmenting this look. 
  13. Cabinets painted a neutral color combines well with copper- or brass-hued pulls to add a timeless quality to any kitchen.
  14. Wooden cabinets with white accents create a sophisticated style, especially when paired with diminutive knobs with a bronzy finish.

Arthur Harris Stainless Steel Cabinet Hardware

Cabinet hardware shouldn’t be overlooked when considering a color scheme for kitchen cabinets. Knobs and pulls are an important part of cabinetry, and they’ll contribute much to a kitchen’s ambiance. 

Consider the following knobs and pulls when planning your kitchen cabinets:

  • kitchen cabinet color trends of 2022Back mountings work well for pantry or kitchen doors; they help blend stylistic techniques with elsewhere in the kitchen. 
  • Bar pulls for cabinets can be customized for diameter, length, shape, and position, with certain Italian and Spanish designs still popular after more than a decade; they give a kitchen a contemporary look while blending into almost any décor.  
  • Bin pulls – also called cup pulls – are shaped like half-circles and make gripping easier from below. 
  • Coat hooks work well in kitchens with direct access to the outdoors; as kitchen décor, though utilitarian in nature, their appearance can match other kitchen accessories. 
  • Handle pulls work well for cabinet drawers, but as they’re more robust than other accessories, they can also be used for doors. 
  • Knobs work well for cabinet doors, but they can be used for drawers, too; though sometimes considered less trendy, they tend to be less expensive.
  • Latches work well for larger cabinet doors; they provide kitchens with a more traditional look. 
  • T-pulls offer a simple yet stable design option, which can be customized to fit a certain aesthetic. 

Arthur Harris makes several stylish and durable cabinet implements suitable for all kitchen designs. If you’re looking at redesigning a kitchen, look at how our accessories can augment kitchen cabinet color trends for 2022 and beyond.

For more information or to inquire about our products at Arthur Harris, please contact us today

A Guide to Stainless Steel Welding

Due to its many advantageous qualities, stainless steel is a popular metal for a wide variety of industrial and consumer products. It resists corrosion from liquids, gases, and chemicals, along with being particularly durable, tough, and visually appealing. Many available stainless steel grades can withstand extremes of hot or cold, which is why it’s popular for oil and other pipelines. As it also resists bacterial growth, it’s often used by restaurants, breweries, and for medical equipment.

Yet welding stainless steel can be tricky, especially for novice welders. Excessive welding heat can warp it, while the metal may also distort when cooling off. Stainless steel is also very unforgiving aesthetically, making every scratch or blemish apparent. For these reasons, it is important to understand stainless steel welding procedure specifications in order to avoid mistakes before engaging in such projects.

Stainless Steel Welding: Procedure Specifications Types, Techniques & Tools

Procedures for welding stainless steel vary markedly. To determine the best stainless steel welding procedure, specifications for working with various types of stainless steel should be considered. Other factors to keep in mind include aesthetic appearance, metal thickness, the skill level of the welder, budgetary restraints, and the time available to complete the project.

The four basic types of stainless steel are:

Austenitic stainless steel offers outstanding corrosion and heat resistance, along with exceptional formability and toughness that ensure it will not harden when exposed to heat treatments. It is used for a variety of industrial applications the aerospace, automotive, medical and other sectors.

Ferritic stainless steel contains over 12 percent chromium, with its chemical composition and molecular grain structure differing from other grades. Unlike other stainless steel alloys, it contains no or very little nickel, and is utilized in consumer products due to the economical processing by which it is made.

Martensitic stainless steel has a chemical makeup that allows it to harden and strengthen through aging and heat treatments. This makes this alloy stronger than other alloys, making it useful for fabricating such things as medical instruments, automated valves, mechanical components and parts for turbines.

Duplex stainless steel combines high resistance to corrosion with excellent mechanical properties. Widely used in many industries, its applications include use as chemical vats and seawater heat exchangers.

Techniques for Welding Stainless Steel

There are three basic methods for welding stainless steel, each with its advantages. Depending on such aspects as metal thickness and chromium content, specific projects will likely use either TIG, resistance or MIG welding.

TIG Welding

An abbreviation for “tungsten inert gas” welding, this technique is also known as “gas tungsten arc welding.” Ideal for welding critical joints, it has become the most commonly used method for welding stainless steel. Using argon gas mixed with helium, hydrogen, and nitrogen to protect the tungsten and keep it cool releases less smoke and helps prevent oxidation. TIG welding is often a good fit when aesthetics is the foremost factor.

Resistance Welding

Also known as spot welding, this process is used to weld seams or spots. The versatility of the tools used in this technique makes it an economical choice for both minor and more extensive projects involving stain-less steel welding. Procedure specifications for resistance welding involve the use of electrical current to melt the metal, binding the edges together. This technique works well with metals that have low melting points, and modifying the manner in which it is carried out helps prevent the metal from distorting.

MIG Welding

Short for “metal inert gas,” MIG welding is also known as gas metal arc welding. This semi-automatic process bonds two pieces of stainless steel together using a pulsed power supply. MIG techniques allow welding of hard-to-reach corners, which is especially useful in more complex stainless steel welding projects. MIG welding usually offers a better choice when efficiency and speed are most important to a project.

Due to their versatility, the TIG and MIG procedures for stainless steel welding account for about 90 percent of stainless steel welding, offering high-quality welds with an appealing appearance.

Austenitic Stainless Steel Welding

These stainless steels are the most regularly used for welding because of their toughness and ability to withstand high temperatures. Accounting for some 70 percent of stainless steel made, austenitic stainless steel is used in such things as catalytic converters and exhausts. TIG and MIG welding procedures are often used with these steels, as when they cool to room temperature, they remain unhardened.

Though it does not need treatments either before or after welding, austenitic stainless steel is prone to cracking around the heat-affected zone (HAZ), the area around a weld that does not melt but still undergoes changes in its material properties due to the high temperatures. The risk of cracking is often minimized by using different filler materials in the alloys. Additionally, sigma phase formation can cause austenitic stainless steels to lose their corrosion resistance, ductility, stability, and strength. This can be resolved by utilizing an electrode with 3-5 percent ferrite material while subjected the welded metal to a short burst of the intense heat of about 1652˚F (900˚C).

Ferritic Stainless Steel Welding

Ferritic stainless steels are sensitive to grain growth, in which the molecular structure alters due to high temperatures. These metal alloys display a single-phase structure, meaning they are composed of similarly shaped crystals. When their surfaces have been modified, the molecular structures of these metals destabilize due to this grain growth, increasing the probability of certain types of corrosion. Though not used as frequently as austenitic alloys, ferritic stainless steels work well at high temperatures and exhibit considerable strength, so are also often used in catalytic converters and exhausts.

Their coarse-grained structure, however, sometimes causes cracking and weakness around the thicker sections of the HAZ. To avoid excessive grain growth, the stainless steel should be heated at lower temperatures – 482˚F (250˚C) – and filler material like aluminum, vanadium or zirconium should be added during the welding process. While preheating reduces the cooling rate in the HAZ and reduces residual stresses, it does not restrict grain growth. Because of this, preheating temperatures should remain between 122-482˚F (50-250˚C)

Martensitic Stainless Steel Welding

When comparing martensitic grades of stainless steel to austenitic and ferritic grades, martensitic stainless steel synchronizes with the filler material and has an extremely hard structure at the HAZ. This hardness sometimes leads to hydrogen cracking due to the weld’s hardened part experiencing hydrogen diffusion, which occurs most often when ambient temperatures are near or at normal. This increases as the carbon content grows.

Low hydrogen welding processes like MIG or TIG can minimize this. The pre-welding process needs to reach temperatures between -˚F (200-300˚C), whereas post-welding treatment needs a range between -˚F (650-750 ˚C). This will allow hydrogen to escape from the HAZ. Thin sections up to about a fifth of an inch (5 mm) do not require such treatments before or after the weld.

Duplex Stainless Steel Welding Guide

Austenitic and ferritic stainless steel grades are used to form the dual-phase structure seen in duplex stainless steel. While easy to weld, care should be taken with duplex alloys to ensure a suitable finish and toughness. Duplex stainless steel contains little nitrogen overall, which helps stabilize the alloy in its austenitic phase. To ensure finer welds, shielding gases or filler material should be used. Duplex stainless steels also require no preheating.

Tools for Welding Stainless Steel

With any stainless steel welding procedure, specifications regarding the tools used differ depending on the welder’s preference, type of stainless steel, and other factors. MIG welding in particular requires specific implements.

Tools and materials used for welding stainless steel include:

  • Gun liners are simple but important components of welding guns that guide welding wire from wire feeders through the cabling to the contact tip.
  • Shielding gases are inert or semi-inert gases used in welding procedures, usually a combination of argon, carbon dioxide and helium.
  • Weld cleaning brushes help prepare workpieces in order to make welds more durable, while also being used for cleaning and polishing after MIG or TIG stainless steel welding procedure specifications.
  • Welding guns usually come with welding machines, which supplies power to an electrode on the gun to achieve welds.
  • Welding machines are devices used to join stainless steel components to produce solid, reliable welds.
  • Welding wires are slim metal rods that generate heated arcs in order to fuse stainless steel pieces together.
  • Wire feeders pull welding wire from spools, feeding it to the arc, and are generally used for larger or more specialized welding projects.

Stainless Steel Welding by Arthur Harris

Arthur Harris provides capabilities for brazing, soldering, and welding of custom or standard components made from stainless steel or nickel alloys, according to industrial specifications or customer drawings. The company uses cutting-edge equipment that includes laser machining and computer-aided manufacturing (CAM) techniques.

The company also provides customers with the following secondary metal treatments:

  • Assembly of electrical or electronic equipment
  • Bead blasting
  • Cleaning
  • Heat-treating
  • Mechanical assembly
  • Metal finishing
  • Powder coating
  • Silk screening
  • Wiring

To learn more about our services, including drilling, milling, tapping, and turning operations in addition to welding, please contact us at Arthur Harris today!

How to Select a Stainless Steel Float Valve for Your Application

Float valves are mechanisms or machines used for filling tanks, reservoirs, or other containers for liquids. Also referred to as a ballcock, as the hollow float is often shaped like a ball, it’s essentially the same mechanism as one would find in flushing toilets, and helps prevent overflow or backflow. Consisting of a valve connected by a lever to a hollow and sealed float, they are mounted close to the top of the tank. The valve connects to the pipe bringing in the liquid, opening and closing as the lever raises or lowers the float. Once it reaches a certain level, the mechanism causes the lever to close the valve, cutting off the flow. Selecting a stainless steel float valve requires consideration of several factors, such as style and material. Keep reading to learn how to choose the best float valve for your application! (more…)

What is a Floating Ball Valve?

As the most common valve type in the piping industry, floating ball valves play an important role in regulating flow through pipelines and other piping systems in the gas, oil, water and other industries. They create a bi-directional seal, and can even be customized for high pressure operations, though normally they are only used in pipelines with low to medium pressure. Available in different configurations and sizes, they feature a ball-shaped disk that’s hollow and perforated, so that liquids can pass through it when open. If you’ve found yourself wondering “What is a floating ball valve?” simply keep reading – the team at Arthur Harris has broken it down for you below.

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Mixed Metals for Cabinet Hardware: Do or Don’t?

An age-old design rule is to never combine different metals, especially when it comes to cabinet hardware. Luckily times are changing, with mixed metals bringing an elevated depth of style to any space when done right. There are some tricks of the trade to help you blend styles to get a layered look. Below, we’ve put together some do’s and don’ts to follow as you choose your cabinet hardware. (more…)

How to Choose Kitchen Hardware for White Cabinets

When it comes to selecting hardware the decision can be overwhelming, especially hardware for white cabinets. On a white backdrop, hardware plays the starring role and ends up being a focal point, so you want to make sure you’re choosing styles and finishes that enhance the feeling of the most central room in your home: the kitchen. So, how do you make your selection?

Below, we’ve broken down common styles of white cabinets and the best cabinet hardware to go with each! (more…)

A Pocket Guide: 316 Stainless Steel Properties

Grade 316 stainless is one of the most widely used types of stainless steel on the market due to its superior corrosion resistance, particularly in acidic environments. There are several advantages to 316 stainless steel properties when compared with other grades, so we’ve put together a quick reference guide highlighting the properties, applications and benefits of 316 stainless steel. (more…)

How to Use 400 Series Stainless Steel

Stainless steel, especially the 400 series stainless steel, is one of the most advantageous of all stainless grades. Known primarily for its wear-resistance, the diverse range of the series allows for accommodation across various industries. Having so many options within the 400 series requires education about what’s appropriate for the job.

Here are a few things to consider when selecting 400-grade stainless steel. (more…)