Stainless Steel Trim Molding, Stainless Steel Edging & Stainless Steel Strips
Johnson Bros. Roll Forming Co. produces stainless steel trim moldings, edgings and strips for all types of industries. Just a few of the industries that use our products include the automotive, the building products, and store fixture industries. These are only a few of the industries because it is impossible to single out any one industry as the main user of our roll formed stainless steel trim moldings.
We have tooling for over 300 different parts that fall under the trim molding category. We can produce stainless steel edging and stainless steel strips with tooling that we have or from tooling given to us by our customers. The moldings, edgings and strips can come in an innumerable variety of shapes.
Slight modifications to our existing tooling can be made as needed. Our machines allow a typical maximum height of any part to be 3″. Maximum widths can be accommodated up to 15″. We can use prefinished and plain steel in creating the moldings, edgings and strips. Our thickness capacities are 0.003″ through 0.125″ thick. Small, thinner parts can be recoiled in plain and spiral wound coils as well as cut-to-length. These parts can also be made in ring form.
Stainless steel trim molding, stainless steel edging and stainless steel strips are frequently post-punched in the flying cutoff die and pre-punched in our pre-punch presses. Our cutoff operation includes end fabricating as well as accurate cutting-to-length.
To see more of our products please browse our product catalog.
Johnson Brothers has been producing aluminum trim moldings, edgings and strips for many industries such as the agricultural, appliance and beverage industries. Our company has tooling for more than 300 different parts that fall into the trim molding category. We can produce aluminum edging and aluminum strips via existing tooling that we have or from proprietary tooling given to us by our customers. The moldings, edgings and strips can come in an infinite variety of shapes.
Minor modifications to existing tooling can be made and features like hemmed edges can be added with little or no extra die charges. Our machines allow a typical maximum height of any part to be 3″. Maximum widths can be accommodated up to 15″.
We can use both prefinished and plain aluminum in making moldings, edgings and strips. Our thickness capacities are 0.003″ through 0.125″ thick. Small, thinner parts can be recoiled in plain and spiral wound coils as well as cut-to-length. These parts can also be made in ring form.
Aluminum molding, aluminum edging and aluminum strips are frequently post-punched in the flying cutoff die and pre-punched in our pre-punch presses. Our cutoff operation includes end fabricating as well as accurate cutting-to-length along with other fabricating that in the past was always considered a part of the pre-punch operation.
We have tooling for more than 300 different parts that fit under the umbrella of brass trim moldings, edgings and strips. The tooling is either with us or given to us by customers and not in general use. We have been producing brass trim molding, brass edging, and brass strips for several applications such as: plumbing, building products and telecommunications.
Brass trim molding, edging and strips can come in many different shapes. Slight modifications can be made to our exiting tooling. Our machines allow a typical maximum height of any part to be 3″. Maximum widths can be accommodated up to 15″.
We can work with prefinished and plain brass to produce brass trim moldings, edgings and strips. Our thickness capacities are 0.003″ through 0.125″ thick. Small, thinner parts can be recoiled in plain and spiral wound coils as well as cut-to-length. These parts can also be made in ring form.
Brass trim molding, brass edging and brass strips are typically post-punched in the flying cutoff die and pre-punched in our pre-punch presses. Our cutoff operation includes end fabricating as well as accurate cutting-to-length along with other fabricating that in the past was always considered a part of the pre-punch operation.
Copper trim moldings, edgings and strips come in a countless variety of shapes. All industries use copper trim moldings, edgings and strips. Some examples are aircraft, bridge and electronics industries. We have access to tooling for more than 300 different parts that fit in the category of moldings. Our existing tooling can accommodate minor modifications.
We can use both prefinished and plain copper in making the moldings, edgings and strips. Our thickness capacities are 0.003″ through 0.125″ thick. Small, thinner parts can be recoiled in plain and spiral wound coils as well as cut-to-length. These parts can also be made in ring form.
Copper trim molding, copper edging and copper strips are frequently post-punched in the flying cutoff die and pre-punched in our pre-punch presses. Our cutoff operation includes end fabricating as well as accurate cutting-to-length along with other fabricating that historically was considered a part of the pre-punch operation.
The bindery, fence, elevator and other industries use bronze trim moldings, also known as bronze edgings and bronze strips. Using either our own tooling or the proprietary tooling of our customers, we have access to tooling for more than 300 different parts that fall in the molding category. The moldings can come in many shapes and minor modifications can be made to our tooling. Our machines allow a typical maximum height of any part to be 3″. Maximum widths can be accommodated up to 15″.
In making trim moldings, edgings and strips, we can use both prefinished and plain bronze. Our thickness capacities are 0.003″ through 0.125″ thick. Small, thinner parts can be recoiled in plain and spiral wound coils as well as cut-to-length. These parts can also be made in ring form.
Bronze trim molding, bronze edging and bronze strips are frequently post-punched in the flying cutoff die and pre-punched in our pre-punch presses. Our cutoff operation includes end fabricating as well as accurate cutting-to-length along with other fabricating that in the past was always considered a part of the pre-punch operation.
