Custom Finishes for Sheet Metal Fabrication

Sheet metal fabrication usually has standard finishes whereby few treatments are applied to the fabricated parts. However, if you require customised finishes, sheet metal fabricators have different finishes that customers can request. The following are some of the available custom sheet metal fabrication finishes. Powder Coating Powder coating finishes provide protection to parts by offering effective resistance to corrosion, abrasion and heat. It involves applying a dry paint using an oven and coat booths after the process of sheet metal fabrication, depending on the needs of the customer. [Read More]

3 Typical Issues Associated with PVC Doors and Possible Remedies

The construction industry is one of the biggest beneficiaries of PVC products. PVC is used in the manufacture of flooring products, pipes and ducts, cladding, insulation, electric cables, flooring, building waterproofing membranes, windows and doors, and the list goes on and on. But today, we are going to focus our attention on PVC doors, which are increasingly becoming common sight in the exteriors of many Australian buildings. PVC doors are built quite strong, but even the most resilient door will probably start to experience an issue of some kind, down the road. [Read More]

Top Perks of Sheet Metal Roofing

We use or come across so many metal products every day. What many of us might not be aware of is that many of these products are made using the metal fabrication process. Metal fabrication is a generic term that refers to various techniques used in the manufacturing of metal products. Some of the commonly used metal fabrication techniques include metal cutting, metal injection moulding, metal welding, metal pipe bending, metal punching, metal turning (or spinning), metal roll forming, and so on. [Read More]

Induction Bending: Understanding the Factors Affecting Bend Quality

There are multiple metal working techniques which are designed for bending pipes and tubes. One of the most advantageous options is induction bending. Basically, this process involves heating the pertinent tubing locally using an induction coil.  The heated section will become more malleable, allowing the pipe to be bent with minimal structural stress. Regrettably, the induction bending process is not compatible with every pipe bending project; the final results can differ significantly. [Read More]