Dajcor Aluminum

General questions

Aluminum Extrusion refers to a process of creating shapes with an aluminum billet or log by forcing it to flow through a shaped opening in a die. Aluminum can be extruded into standard shapes or specific designs depending on a customer’s preference.

Aluminum Fabrication refers to building aluminum components by cutting, mitering, notching, piercing, forming, bending, CNC machining, mechanical assembly and welding.

Aluminum Anodization is an electro-chemical process of coating aluminum with a thin layer of oxide to increase corrosion resistance and harden the surface.  Aluminum also can be dyed with various anodizing colours, which in most cases, are resistant to sunlight.

Extruding, fabricating/machining, and anodizing aluminum profiles under one roof allows for minimized lead times, reduced production costs, and improved end product quality to our valued customers. It avoids finger pointing between subcontractors and the extruder if defects occur, reducing potential customer headaches.

*Dajcor’s ability to provide in-house anodizing, fabrication and mechanical finishing set Dajcor apart from the competition.

Yes, aluminum is 100% recyclable without losing its natural quality.

*Dajcor recycles all of its scrap aluminum and can provide components made of recycled aluminum exclusively if requested.

Dajcor values its commitment to the environment. We collect and recycle scrap aluminum, to be re-melted into billet. Dajcor can extrude product with recycled billet, and we have a pollution treatment unit within our self-contained anodize facility to treat waste water before being released to the water system.

Developed by the U.S. Green Building Council (USGBC), Leadership in Energy & Environmental Design (LEED) is an internationally recognized green building certification system.  This program proves third party that a building has been constructed using environmentally friendly strategies, such as energy savings, water efficiency, CO2emissions reduction, and improved indoor environmental quality.

LEED program provides building owners and operators a concise framework for identifying and implementing practical and measurable green building design, construction, operations, and maintenance solutions.

*With The Dajcor Team’s in-depth knowledge and valuable experience in LEED program, we can assist you with your environmental initiatives.

There are three types of aluminum anodization: Type 1 Chromic Acid Anodizing (CAA) and Type II & III Sulfuric Acid Anodizing (SAA).

Type I: Chromic Acid Anodizing (CAA)

Chromic Acid Anodizing represents the oldest anodizing process.  It produces thinner films with a thickness of 0.5 µm to 18 µm that are softer, elastic, and to a degree self-healing.  They are harder to dye, and that they could be applied as a pretreatment before painting.

Type II & III: Sulfuric Acid Anodizing (SAA)

Sulfuric Acid Anodizing is the most commonly used system.  Type II anodizing refers to coatings of moderate thickness, 1.8µm to 25µm while Type III refers to coatings thicker than 25µm. Thick coatings require more process control, and are produced in a refrigerated tank near the freezing point of water with higher voltages than the thinner coatings. Hard anodizing can be made between 13 and 150 µm thick. Anodizing thickness increases wear resistance, corrosion resistance, ability to retain lubricants and PTFE coatings, and electrical and thermal insulation.

*Dajcor performs Type II aluminum anodizing

It is easy, just call our Toll Free number 1 (877) 556-9191 and ask for customer service. We’ll guide you through the process and answer all of your questions.

Depending on the complexity of your part, once you have established the final design and tolerances a die can be ordered and delivered to our shop in about 2-3 weeks. After that you can be receiving parts in as little as two weeks.

With extrusion, fabrication and anodizing capability all under one roof at our 190,000 sq ft. Chatham, Ontario facility, our aluminum solar component extrusions meet the ‘Ontario Content’ requirements for the Fit and Microfit programs.

Packaging aluminum extrusions depends on a number of variables: finish, transportation time/distance, space restrictions, unloading and storage capabilities. Packaging is often overlooked in the aluminum extrusion product development process, but can add considerable cost to the finished aluminum extruded product. The key to packaging anodized aluminum extrusion is to provide optimum protection while minimizing packaging materials and waste. The use of returnable racks/dunnage may be feasible, depending on location and consistency of volume.

While Dajcor Aluminum is located in Southwestern Ontario and is situated close to the Toronto and GTA aluminum extrusion market, Dajcor manufactures and ships fabricated, machined and anodized aluminum extrusions across North America. From Newfoundland to British Colombia, Dajcor Aluminum delivers aluminum extrusions to key customers in Alberta, Saskatchewan, Manitoba, Quebec, Nova Scotia, New Brunswick and Prince Edward Island.

Located 60 miles east of Detroit, Dajcor Aluminum is also ideally situated to service the aluminum extrusion markets in Michigan, Ohio, Indiana, Wisconsin and Kansas. Dajcor Aluminum has complete extrusion, fabrication, CNC aluminum machining, bright and satin anodizing capabilities to service the United States Midwest and Northeast, including New York, Massachusetts, Vermont and Maine - a top supplier of value add aluminum extrusions to the North American marketplace!

There are an almost limitless number of options available to Industrial Designers when expressing their creativity in designing with aluminum extrusions. Product Designers in the electronic packaging, marine, transportation, automotive, construction, medical equipment, sporting goods and a wide range of markets can incorporate numerous design features into their aluminum extrusion profile designs, to improve performance and reduce the need for secondary processing operations. For example, automotive and transportation designers are focused on improving functionality with their product designs, while reducing vehicle weight and improving product appearance.

The weakening Canadian dollar (and the subsequent strengthening of the American dollar) gives US aluminum extrusion customers more buying power when sourcing aluminum extrusions from Ontario and Canadian aluminum extrusion companies. Dajcor Aluminum supplies fabricated, CNC machined, brite and satin anodized aluminum extrusion components to aluminum extrusion customers in Michigan, Ohio, Kansas, Indiana, Wisconsin, Illinois, New York, Massachusetts and several other locations across the United States.

Dajcor Aluminum have thousands of standard aluminum extrusion dies available to run aluminum extruded channels, aluminum tubing, aluminum extruded rectangular bars, square bars, rectangular tubes, T sections, H sections, extruded aluminum round tubes, square bars, extruded aluminum square tubing profiles, along with extrusion dies for various extruded aluminum shapes. With aluminum extrusion, fabrication, CNC machining, high speed cutting, bright and satin anodizing capabilities all under one roof at our 190,000 square foot Chatham facility, Dajcor Aluminum can supply all your value add aluminum extrusion requirements.

  • minimizes or eliminates striations, shadow lines, flow lines, surface defects, minor corrosion and die lines.
  • uses fluoride ions that attack the microstructures of the aluminum extrusion, resulting in a significant reduction or elimination of surface defects, providing a superior matte finish. 
  • acid etch provides a greener alternative to conventional etching processes, reducing the amount of waste sludge by 90%, which results in less sludge going into landfills. 

Several factors influence this important fabrication tooling issue, including order volume, long term volume, fabrication complexity and tolerance requirements.

  • Apply protective tape to Class A surface
  • Apply protective coating to tooling
  • Ensure component free of debris prior to fabrication process
  • Avoiding metal to metal contact during handling process
  • Can fixture be designed to eliminate human interaction that may effect end product quality
  • Critical dimensions
  • Surface importance/Class A surface requirements
  • End use of extruded aluminum product
  • Tolerance requirements
  • Gauging requirements for checking fabricated aluminum extrusion
  • Can fixture take care of variances in aluminum extrusion without affecting machining quality
  • Thickness of aluminum extrusion
  • Temper/hardness of material
  • Tolerance requirement for squareness of end cut
  • Size of aluminum extrusion
  • Cross sectional detail of the aluminum profile
  • Surface finish expectations on end cut

Dajcor is slated to start production at the Hazard extrusion facility in Spring 2020.

Located on 30 acres of prime industrial land, there is currently 300,00 square feet of manufacturing space available to produce a wide range of fabricated aluminum extrusions for the US marketplace, targeting several strategic markets such as automotive, light rail transit, marine, recreational products, construction, transportation, renewable energy, LED lighting, electronic, military and consumer product industries.

Hazard Kentucky is strategically located within a 500-mile radius of several major US markets, and along with a highly skilled workforce within the region, makes Eastern Kentucky an ideal location for Dajcor to gain an extrusion manufacturing foothold into the US marketplace.

Dajcor will have aluminum extrusion, fabrication and CNC machining capabilities at the Hazard Kentucky location.

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