Category: General Category

Wire meshes primarily fall into two categories, woven and welded wire mesh. While the former is formed by weaving, making it more pliable and versatile, the latter creates a tough, barrier-like structure known for its rigid frame. Welded wire mesh is used extensively in sectors like construction, agriculture, manufacturing and more. Furthermore, depending on the treatment and function, these meshes can be divided into multiple categories. 3 of them are stated below.

3 varieties of welded wire mesh.

PVC Welded Wire Mesh

As the name suggests, this type of wire mesh uses a coating of PVC on top. Due to this addition, the welded wire mesh develops significant corrosion resistance, as well as durability against the elements such as sunshine and rain. Furthermore, it also gives a particular hue to the wire mesh.

Galvanized Welded Wire Mesh

Galvanizing entails coating a layer of zinc over the wire mesh to offer corrosion resistance. Once the welded mesh is prepared, it is coated with zinc through either electro-galvanizing or through hot-dipping. The former comprises using electricity to evenly plate the wire mesh with zinc while the latter involves dipping the mesh in a molten zinc bath which has a temperature of 450 degrees Celcius (842 degrees Fahrenheit).

Welded Stainless Steel Wire Mesh

In this type of welded wire mesh, stainless steel wire mesh is welded at intersections to create a uniform and solid weld. One of the biggest benefits of this type is the use of resistance welding instead of using a filler, resulting in a strong, consistent product. Also known for its corrosion resistance, this type of wire can also be easily cut down and processed to smaller sizes.

Ferrier Wire Good Company Inc. offers steel meshes, copper meshes, chicken wire, and more, apart from textured sheet metal and decorative panels. To know more about these products, contact us today.

When it comes to fabricated metals, there are myriad options in the market, ranging from wire meshes and sheet metal to perforated metal and many more. Coming to the latter, perforated metal is a metal sheet that has been punched with a series of holes. The holes can be round, square, or any other shape and can be spaced close together or far apart. These metals are widely used in a variety of industries. 5 such applications will be examined below.

Applications of perforated metal.

Vehicle Grill

Perforated metal is a great material to use in vehicle grills. It is strong and durable, yet allows for air to pass through. This makes it ideal for use in grilles, as it allows the engine to breathe while still protecting it from debris. Apart from grilles, it is also used in mufflers, tread plates, ventilation screens, and more, as the perforation also lowers the weight of the vehicle.

Architecture

The most common use for perforated metal is to create screen panels. These panels have plenty of aesthetic, and architectural applications. Allowing the flow of light and offering extreme durability, these metal panels are a great sustainable alternative for glass and other decorative materials.

Noise Control

Noise control is an important aspect of many industries, as it can help create a more pleasant work environment and minimize the health risks associated with exposure to loud noise. There are a variety of ways that perforated metal can be used for noise control. One common method involves lining walls or ceilings with acoustic foam covered with perforated metal. This will help reduce the amount of noise that is reflected in the room. It will also help absorb some of the noise that manages to escape.

Food Processing

Perforated metal is commonly used in food processing as a screen or filter, as well as for producing various other food products such as bread, baked goods, meats, and more. Hence, it is an integral part of this sector.

Retail Sector

The retail sector is one of the most important markets for perforated metal. Perforated metal is used in a variety of retail applications, including store fixtures, shelving, and displays.

Ferrier Wire Good Company Inc. offers steel meshes, copper meshes, chicken wire, and more, apart from textured sheet metal and decorative panels. To know more about these products, contact us today.

A wire mesh is made by weaving or welding two or more wires together to form a grid-like pattern. A variety of metals and alloys are used to make this mesh, including brass and bronze mesh. With copper being the base metal for both alloys, there are different characteristics for both these meshes. These differences will be examined below.

Differentiating Bronze and brass wire mesh

Bronze Mesh Composition:
Bronze is an alloy of copper and tin. Bronze embodies a lot of characteristics of copper, including its reddish hue. Hence, its mesh finds major uses as a decorative piece in cabinetry, jewelry, chandeliers, and more. Apart from this, it also has fundamental industrial and construction applications.

Brass Mesh Composition:
Brass mesh is composed of copper and zinc. The proportion of copper to zinc can vary, but it is typically around 60% copper and 40% zinc. This creates an alloy that is strong and durable with a relatively low melting point when compared to stainless steel. This makes it ideal for use in a variety of applications, especially as a wire mesh.

Comparison of a bronze and brass wire mesh

Corrosion Resistance
Bronze mesh is highly corrosion resistant and is also quite resistant to chemicals in general. In fact, it is superior to a brass mesh in this category. Therefore, it is widely used in many marine engineering applications apart from industrial and decorative purposes.

Strength And Malleability
Copper is known to be highly flexible and malleable. However, bronze is not as malleable as its base metal. It is also more brittle in nature than brass, which is known for its malleable properties. However, bronze is still fairly flexible.

Heat Resistance
When it comes to heat, both alloys are fairly equal. A bronze mesh can be considered slightly superior here, as it has a melting point of around 950 C (1742 F). Brass mesh, on the other hand, has a melting point of 900° C (1652° F).

Electrical Conductivity
Copper is considered the gold standard when it comes to electrical conductivity. Surprisingly, both bronze and brass mesh are not very good conductors despite being alloys of copper. However, brass is superior to bronze in this case, offering 28 percent conductivity, whereas bronze offers only 11 to 15 percent conductivity.

Therefore, these properties must be taken into consideration before selecting a bronze or brass mesh, as the two are not interchangeable in most situations.

Wire mesh is a necessity in many industries ranging from construction and agriculture to even food processing. It is also a staple in the fast food industry, especially for fry cooking. Many restaurants use wire baskets for making a variety of dishes. Made from woven wire mesh, they have a multitude of advantages. 5 such major merits will be addressed below.

Benefits of wire mesh basket.

High-Temperature Resistance

Made from stainless steel or galvanized steel, they can withstand extremely high temperatures. Since food is dipped in boiling oil at high temperatures, it requires a robust basket that can endure this level of heat. With woven wire mesh baskets, it’s an easy task.

Safe For Food Industry

In the food service industry, it is vital to have food-grade products, and wire meshes used in this field are manufactured to uphold this quality. Generally, Type 304 and 316L stainless steel wire mesh qualify for this task, as they are corrosion resistant and can withstand temperatures as high as 1600 F (871.1C).

Resistant To Acids And Food Chemicals

Plenty of food products are highly acidic, hence the wire mesh must be able to withstand their corrosive nature. Furthermore, there are several chemicals used in cleaning products too such as dish soaps, liquids, or sprays. Fortunately, wire meshes are highly resistant to such chemicals.

Highly Customizable

The fryers used in the food service industry may or may not be of standard specifications. Hence, wire meshes need to be highly customizable. For instance, if the openings in the basket are too narrow, it can lead to clogging. Conversely, if it is too wide, the food might fall into the fryer. Hence, wire meshes need to be customized, and it is quite easy to do so.

Affordable

Compared to other pieces of fancy cookware, wire baskets are quite affordable. Hence, they can be ordered in bulk, as per the requirements and specifications of the customer. This saves valuable time and resources for a restaurant.

Thus, wire baskets are a staple in this business due to these 5 benefits. Ferrier Wire Good Company Inc. offers steel meshes, copper meshes, chicken wire, and more, apart from textured sheet metal and decorative panels. To know more about these products, contact us today.

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A welded wire mesh is a type of metal fabric that is made using welding techniques to join wire strands together in a grid-like pattern. This results in a strong and sturdy mesh that can be used for various purposes, such as fencing, reinforcement, and more. The mesh can be made from different types of metals, like steel, aluminum, or stainless steel. There are also different sizes and shapes of welded wire mesh available, depending on the intended use. This mesh has a number of advantages, particularly in construction, making it a popular choice for reinforcement applications. 4 such benefits will be examined below.

Advantages of welded wire mesh.

Easy Installation: Firstly, welded wire mesh is easy to install. Since the individual bars are welded together at regular intervals, there is no need for separate binding or tying. This saves time on site and makes the installation process much simpler. Moreover, once in position, it can’t be displaced by personnel on a construction site, making it even more effective.

High Tensile Strength: The welded joints make the mesh much stronger as compared to bars that are simply tied together. This means that individual bars are less likely to bend or break under stress, giving the finished structure greater stability. In case of bending, the entire mat would bend together, thereby not compromising its structural integrity.

Faster Erection Time: Since welded wire mesh is prefabricated, it can be erected much faster than other types of reinforcement such as concrete blockwork or steel rebar. This is particularly beneficial on large construction projects where time is of the essence.

Economical: Lastly, welded wire mesh requires less steel reinforcement than other methods, making it more cost-effective. This makes it an attractive option for construction companies who are looking to save valuable capital on their project.

Ferrier Wire Good Company Inc. offers a variety of wire meshes such as stainless steel wire mesh, copper mesh, bronze mesh, brass mesh, and more. To know more about the products, contact us today.

When it comes to metals that serve a variety of purposes, manufacturers opt for wire mesh, perforated metal, or expanded metal sheets. The former can be welded or woven in a grid-like pattern, with differentiation in the weave pattern and materials used, such as steel mesh, bronze mesh, copper mesh, etc. Perforated metal can be made of different gauges, wherein holes are punched onto the surface of the metal. Lastly, in expanded sheet metal, the metal is stretched rather than punched or woven, creating a diamond-like pattern. The characteristics and applications of these materials will be addressed in this blog.

Characteristics of different types of metal.

Wire Mesh:
In terms of welded wire mesh, it provides incredible strength and stiffness, as the wires are welded together as a single unit. Moreover, it is economically advantageous as each unit can be planned to the exact dimension, thereby reducing the wastage of steel. It is also easy to handle and install.

As for woven wire mesh, they are extremely versatile and durable by design, perfect for myriad applications.

Expanded Sheet Metal:
This type of manufacturing ensures less wastage as no metal is punched. Another added advantage is its structural integrity, as perforating or weaving can weaken the sheet metal.

Perforated Sheet Metal:
There are practically endless variations to perforated sheet metal in the form of the size of the hole, the gauge of the sheet, its dimensions, and the spacing between the holes. Depending on these customizations, perforated sheet metal can be used in many applications ranging from decorative elements to load-bearing structures.

Applications:
Wire Mesh: The welded versions find use in mining, gardening, agriculture, transportation, machine protection, and more. The woven versions are used in filters, conveyors, and as light guards against pests and more.

Expanded Sheet Metal: They find major use in flooring, especially in industrial settings. They can also be used for making steps.

Perforated Sheet Metal: Owing to its versatile production, it can be made into filters, screens, trash cans, baskets, light fixtures, furniture, and more.

Ferrier Wire Good Company Inc. offers a variety of wire meshes such as stainless steel wire mesh, copper mesh, bronze mesh, brass mesh, and more. To know more about the products, contact us today.

Steel mesh or steel wire mesh is an integral part of many industries including construction, agriculture, and the aerospace sector. It is formed by weaving two steel wires together to form a grid-like pattern. This type of wire mesh can be woven in multiple ways, including a plain weave, a twill weave, the dutch weave, or a combination of the three. The differences between the first two will be examined below.

Difference between plain and twill weave.

Plain Weave:
In a plain weave, the warp wire, which spans the length of the mesh, passes above and below a shute wire. Shute wire is the wire spanning the width of the mesh and vice versa. Furthermore, the diameter of the wires used in warp and shute wires is the same. This creates a standard, grid-like pattern.

Twill Weave:
In a twill weave, instead of passing over and under one wire, the warp wire runs above and below two shute wires. Similarly, a shute wire passes over and under two warp wires. Not only does this create a stronger bond, but it also offers the following benefits: