windows metal
By Dan Markham Construction • General Information • Management 0 Comments

Does My Window Company Need A Professional Metal Fabricator?

Windows are single—or multi-ply glass held tightly by frames (which can be wooden, metallic, or plastic). Many window companies work hand-in-hand with professional frame fabricators to create standard frames that can hold up windows for a long time. This blog highlights why many window companies should collaborate with professional metal collaborators. 

Why Metal Fabrication Matters in Modern Window Design

Metallic objects are found in almost every household or manufacturing environment. Chairs, tables, and even utensils are made from metal. Metal fabrication is the process of refining metal ores into usable products. It is a multi-step process that is essential to all manufacturing industries, including window companies. 

Metal fabrication offers immense benefits to modern window design companies for the following reasons: 

  • Metal windows are highly durable and resistant to corrosion.
  • Metal windows are low maintenance as they require minimal upkeep.
  • Specific metallic windows can act as soundproofing.
  • Professional fabricators can take advantage of metal’s malleability to design mirrors of different shapes and sizes.
  • Metal windows, especially steel windows, can improve your home’s aesthetic appeal.

Benefits of Partnering with Professional Metal Fabricators

While metal workers are less experienced during window production, today’s window-producing companies are incorporating more metal workers, furthering the partnership with Professional metal fabricators. Here’s why:

  • Professional metal fabricators are well-equipped to solve all your complex window projects. They can help design intricate structures with ease.  
  • Professional metal fabricators are experts in a wide range of window types. Their versatility allows them to craft perfect metallic frames and structures for each type. 
  • They uphold and adhere to safety procedures as well as follow stringent quality control measures to produce durable products. 
  • These professionals are highly efficient in mass-producing frames and other window structures in no time.
  • Many professional metal fabricators are also skilled in a wide range of manufacturing processes, finishing, and installing. 
  • Given the quality of metals, window companies can rest assured of the durability of these metallic structures. 

Choosing the Right Metal Fabricator for Your Business

Before deciding to choose a metal fabricator for your business, there are several factors or features to consider, and they are: 

  • Their experience in similar projects is related to what you have in mind.
  • Available workforce, resources, and machinery.
  • Manufacturer-Customer relationship.
  • Finishing and Installation abilities (if necessary) 

Get A Free Metal Fabrication Quote In New England

If you are interested in the finest metallic structure for your windows, then reach out to Markham Metals. Markham Metals prides itself on being an expert in metal fabrication and has constantly delivered the finest and most durable products to hundreds of window companies in our vicinity and abroad. Get started by filling out our online contact form or by calling us at 978-658-1121.

steel fabrication
By Dan Markham Construction • General Information 0 Comments

What is Steel Fabrication?

Steel is an iron-based metal alloy, and its affordability and versatility are its top selling points. Although people use metals like aluminum and copper in fabrication, steel remains the most popular choice. It’s found in everything from skyscrapers and bridges to different types of machines. Behind these complex structures is a transformation process known as steel fabrication. This article discusses the steel fabrication process, its use, and the raw materials involved in the process. 

Steel Fabrication Process

This complex process involves transforming raw steel into various structures and components. It often starts with designing the structure, followed by cutting the steel into your required shape. The final step is to assemble the shaped steel to create its final form. This involves joining the shaped pieces using welding, bolting, or riveting methods. This last step requires excellent attention to detail to ensure the final structure is strong enough for your desired project. 

Essential Raw Materials for Steel Fabrication

Steel fabrication projects rely on raw materials to turn steel into finished products. Here are some of the essential raw materials you’ll need:

  • Castings
  • Fittings
  • Welding wires
  • Tubes and Pipes
  • Billets
  • Plates, sheets, and strips
  • Bars
  • Rods
  • Beams, Channels, Angles, and Rails

What is Steel Fabrication Used for? 

Steel fabrication is a process used across various industries. Some of these industries include:

Construction

In the construction industry, steel fabrication is used to enhance the durability of various construction projects. So, you’ll often find construction workers using it to create structural elements such as beams, columns, and trusses. These components are then used to support load-bearing structures like buildings, bridges, and other infrastructure.

Manufacturing

Steel fabrication is also an essential part of several manufacturing processes. It allows for so much precision and customization, making it possible to produce various parts for machinery, vehicles, and equipment. This means most of the parts of your vehicle and other machines are made using the steel fabrication method. 

Architecture

Since the steel fabrication process involves molding steel into various shapes, it is often used for decorative architectural structures. These include staircases, railings, and balconies. Architects also use steel fabrication to create various roof designs. Steel is a versatile material that allows for the creation of several architectural features and designs. 

Steel Fabrication In New England

Steel fabrication is a process that allows you to transform raw steel into a wide range of structures. This process is used across various industries, such as construction, manufacturing, and architecture. It also involves several raw materials, such as castings, fittings, and welding wires. With this, industry professionals can create strong, durable structures that meet engineering standards. If you need professional help in creating structures through steel fabrication, Markham Metals can help. Our custom fabrication orders have helped millions of people with their projects. Get a free metal quote by filling out our online contact form or give us a quick call at 978-658-1121.

metal alloy
By Dan Markham Construction • General Information 0 Comments

What Is the Most Commonly Used Metal Alloy?

Alloys have become essential in the metal industry for their use on diverse occasions. They are used in construction and in producing household materials due to their numerous properties. This article highlights alloys and the most commonly used alloys in today’s market. 

What Is an Alloy?

An alloy is a metal consisting of two or more metals or nonmetals to alter its lattice structure and offer features that are more native to itself. While metals are used, nonmetals with design skills are also included. 

There are two main types of alloys: substitutional and interstitial. In substitution alloys, the alloying compound completely replaces the occupying atom, such as brass or bronze. In contrast, in interstitial alloying, the alloys fit right into the lattice structure and possess similar features. 

Types Of Alloys

There are different types of alloys available on the commercial market for purchase. Among them are the following: 

Brass

Brass is the alloy produced when copper and zinc are combined. It is one of the popular non-ferrous alloys known for its impeccable features. Brass is non-tarnish and has little friction, which makes it easily malleable. Its malleability allows it to be used in creative production processes like pot and pan making or producing particular equipment parts. Alternative brass alloys have been combined with metals like iron, lead, and even silicon.  

Bronze

Bronze is a pioneer among other alloy variants. It paved the way for the creation of present-day alloys and became a substantial piece of civilization during the Bronze Age. Compared to other alloys, bronze is made wholly from copper and tin instead of iron. Despite its prolonged use, bronze still has a lot of relevance in the present day as it is used in producing musical instruments and electrical parts. It is highly futile, and its gold shine comes from the compound patina, where bronze is exposed to oxygen. 

Aluminium Alloy

Aluminum may be a stable metal alone; however, it is not durable for demanding applications, hence the need for an alloy. Aluminum alloy is a durable choice for many demanding applications and is also one of the most commonly used non-ferrous alloys in the construction industry. Aluminum alloys are used primarily in electrical connections, automotive external parts, and solar generation materials. 

What Is the Most Commonly Used Alloy?

Many commonly used irons include brass, steel, carbon fiber, aluminum, and zinc. However, in the industry, steel is the most widely used alloy. 

Why Is It The Most Commonly Used Alloy?

Steel is the most commonly used alloy in the construction and manufacturing industries. Being an iron alloy, steel has a negligible carbon content of about 1% and is accessible from other metal impurities, affecting its quality. Since pure iron is dense and prone to oxidative corrosion, steel is preferred for professionals looking to harness iron’s impeccability without accommodating its drawbacks. There are versatile variations of steel, including stainless steel and alloy steel. Carbon steel and tool steel. 

Contact Markham Metals For Fast Metal Delivery In New England

Alloys are more than combined metals; they are essential in every construction and manufacturing process. If you need alloy building materials, you must use your knowledge of metalwork to get the best, as good-quality metals produce good-quality structures. It would help if you chose Markham Metals, a leading supplier of alloys for over 30 years and other metal products. Contact us by calling 978-658-1121 or filling out our contact form for the best metals and alloys. 

 

corrosion
By Dan Markham Construction • Tips and Tricks 0 Comments

What Is The Most Common Type Of Metal Corrosion?

Metal corrosion is a common problem that affects many businesses and daily things, causing degradation and compromising structural integrity. It’s critical to understand the most frequent sort of metal corrosion that plagues structures, machinery, and even household necessities. Homeowners can better equip themselves to resist the harmful effects of metal corrosion and maintain the longevity of their metallic assets by being conversant with metal corrosion. This blog untangles the complexities of this widespread problem by putting light on its causes, manifestations, and preventive strategies. 

Revealing Uniform Corrosion

Uniform corrosion is one of the most common types of metal corrosion, defined by a generally even breakdown of a metal’s entire surface. This form of corrosion develops when a metal is exposed to a corrosive environment, such as moisture, air, or chemicals. The homogeneous progressive deterioration of the metal surface forms a layer of corrosion products. While this may appear to be a slow and predictable process, the cumulative impact over time can result in significant material loss and jeopardize the structural integrity of the affected metal.

Contributing Factors and Causes

Understanding the causes of uniform corrosion is critical for implementing effective prevention measures. Humidity, salt exposure, and certain chemicals can hasten corrosion. Temperature changes and air variables also play vital roles in increasing the effects of uniform corrosion. Because this type of corrosion frequently manifests as a general weakening of the metal surface, addressing the underlying causes and taking protective measures to reduce its consequences is critical.

Prevention and Mitigation Strategies

Considering that uniform corrosion is so widespread, taking preventive steps is critical. Paints and corrosion-resistant finishes, for example, form a barrier between the metal surface and the corrosive environment, delaying the development of corrosion. Regular inspections and maintenance procedures are required to detect early indicators of uniform corrosion and enable timely intervention and mitigation. Implementing suitable ventilation systems and managing environmental elements like humidity and temperature can also help to reduce the impact of this frequent type of metal corrosion.

Contact Markham Metals For The Best Quality Metal In New England

Being aware of metal corrosion types allows you to take preventive measures to protect the integrity of your metallic assets. The importance of preventive strategies must be addressed as we manage the challenges of corrosive environments. Markham Metals emerges as a prominent actor in this quest, successfully providing specific solutions and cutting-edge technologies to battle uniform corrosion. Choosing Markham Metals as an ally ensures the preservation of your important assets and a long-term, corrosion-free future. Contact Markham Metals, located in Wilmington, MA, but we serve all New England. Fill out our contact form here to get a free quote today!

Importance of metal alloys
By Dan Markham Construction • Uncategorized 0 Comments

Understanding The Role Of Alloy Metals

All alloys have some properties added to them to make their qualities more desirable. Alloy metals have been prominent in materials engineering, offering a diverse range of properties and capabilities that are better than those of other metals. In metalworking, alloy metals play a huge role because of their unique properties. In this blog post, we will explore alloy metals, including their composition, applications, and the fusion process.

What Are Alloy Metals?

Alloy metals emerge through the fusion of two or more elements, creating a new and unique material. These elements can undergo pure metallization or a fusion of metal and non-metal constituents. As metals merge, they generate metallic material, yet the new alloy retains the traits of its source metals, which could include electrical conductivity, opacity, and luster. Alloy metals are very important in our everyday lives.

The Fusion Process

The fusion of metals in alloys opens up a whole new world of possibilities. This offers engineers a wide range of material characteristics to work with. There are many key advantages of alloy metals which include versatility and customization. To go with versatility, alloy metals can be tailored to possess specific mechanical, thermal, and electrical properties, making them highly sought after. Metal alloys can be unique and include the custom qualities you would need. For example, if you wanted to fine-tune a piece of metal to make it lighter or darker, you could.

Alloy Metal Applications

There are many ways to use metal alloys. Alloy metals such as steel and reinforced concrete alloys offer the necessary strength and durability to construct bridges, skyscrapers, and other projects. Alloy metals also play a vital role in producing electronic devices, from circuits to power transmission systems. Copper alloys, for example, are used in electrical wiring due to their strong conductivity and resistance to corrosion. Alloy metals have so many applications in our everyday lives. From smartphones to skyscrapers, alloy metals are all around us.

Contact Markham Metals Today!

If you have been wanting to do a metal project using alloy metals, Markham Metals has got you covered! We specialize in metalworking services and can help you bend, cut, form, and shape your metal into any desired product. We also carry our own in-line stock of some of the most durable metal alloys out there: steel alloys! For more information and consistent 5-star service, click here to contact us directly!