Mild steel weldmesh & weavemesh

Ferrier Wire Mild Steel Woven and Welded Wire Mesh

Mild steel (sometimes referred to as β€œplain” steel) is a material that consists mainly of carbon and iron. Mild steel is a very attractive option for a wide range of applications due to its relatively low cost compared to other materials as well as its wide variety of applications. These applications include guarding, railing infills, cabinetry and millwork, and filtration.

One thing that must be taken into consideration when working with mild steel is that bare mild steel will rust and corrode over time. In some cases even the moisture in the air in indoor applications can cause bare mild steel to rust. A slightly more expensive alternative to this would be our stainless steel woven and welded wire mesh line of products which are rust and corrosion resistant and suitable for outdoor use. Powder coating and plating options are available for all of our mild steel products, for more information about our finishing options please contact us.

MSWEA15I15I144

Spec. Sheet

---

Centres or Mesh Count

1-1/2" x 1-1/2" (38.1 mm x 38.1 mm) c to c

Wire Diameter

0.144" (3.658 mm)

Clear Opening

1.356" (34.442 mm)

Percent Open Area

81.70%

Weight

0.720 lbs (0.327 kgs/sf)
shop now

MSWEA2I1144

Spec. Sheet

---

Centres or Mesh Count

2" x 1" (50.8 mm x 25.4 mm) c to c

Wire Diameter

0.144" (3.658 mm)

Clear Opening

1.856" x .856" (47.142 mm x 21.742 mm)

Percent Open Area

79.40%

Weight

N/A
shop now

MSWEA11125

Spec. Sheet

---

Centres or Mesh Count

1" x 1" (25.4 mm x 25.4 mm) c to c

Wire Diameter

0.125" (3.175 mm)

Clear Opening

0.875" (22.230 mm)

Percent Open Area

76.60%

Weight

0.940 lbs/sf (0.426 kgs/sf)
shop now

MSWEA7575125

Spec. Sheet

---

Centres or Mesh Count

3/4" x 3/4" (19.1 mm x 19.1 mm) c to c

Wire Diameter

0.125" (3.175 mm)

Clear Opening

0.625" (15.875 mm)

Percent Open Area

69.40%

Weight

1.260 lbs/sf (0.572 kgs/sf)
shop now

MSWEA7575092

Spec. Sheet

---

Centres or Mesh Count

3/4" x 3/4" (19.1 mm x 19.1 mm) c to c

Wire Diameter

0.092" (2.337 mm)

Clear Opening

0.625" (15.875 mm)

Percent Open Area

76.90%

Weight

0.950 lbs/sf (0.432 kgs/sf)
shop now

MSWEA22104

Spec. Sheet

---

Centres or Mesh Count

1/2" x 1/2" (12.7 mm x 12.7 mm) c to c

Wire Diameter

0.104" (2.642 mm)

Clear Opening

0.396" (10.058 mm)

Percent Open Area

62.40%

Weight

1.442 lbs/sf (0.654 kgs/sf)
shop now

MSWEA22092

Spec. Sheet

---

Centres or Mesh Count

1/2" x 1/2" (12.7 mm x 12.7 mm) c to c

Wire Diameter

0.092" (2.337 mm)

Clear Opening

0.408" (10.363 mm)

Percent Open Area

66.59%

Weight

1.102 lbs/sf (0.500 kgs/sf)
shop now

MSWEA33080

Spec. Sheet

---

Centres or Mesh Count

3 x 3 MESH (8.5 mm x 8.5 mm) c to c

Wire Diameter

0.080" (2.032 mm)

Clear Opening

0.253" (6.426 mm)

Percent Open Area

57.60%

Weight

1.264 lbs/sf (0.574 kgs/sf)
shop now
Loading...

Our mild steel wire mesh products are available in both woven and welded varieties. From welded products with clear openings ranging from 1.813” to tightly woven products with clear openings of 0.009”, Ferrier Wire can offer a very diverse variety of mild steel wire mesh products with many different uses and applications.

Mild steel mesh can be used in both industrial and design applications. One project worth noting that utilized mild steel woven wire mesh for its design capabilities was a wine cellar door project. This project utilized our mild steel 4 x 4 x .047” woven pattern for infills on a wine cellar door. The use of this material allowed for partial transparency when looking at the wine cellar through the doors, creating an interesting visual appeal to the cellar. More information and pictures of this project can be viewed by clicking here.

If you have any questions about our mild steel weavemesh, weldmesh, or any other products, please call or email us.

CTA

Solutions for Performance & Creativity

Connect with Our Team & Kickstart Your
Project Today!

OUR projects

MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080
MSWEA33080