Basic Aluminum Casting Co.

die casting sample

Sample die casting

For over half a century The Basic Aluminum Casting Company has been a privately held, financially solid die casting company with a professional integrity matched by few in today's industry.


At The Basic Aluminum Casting Company, we bring quality die casting with delivery and pricing achieved through a sound business organization. Centrally located in Cleveland, Ohio, we're easily accessible across the Midwest and the entire United States. Occupying over 55,000 square feet at our plant, Basic has serves the transportation and general manufacturing industries and beyond! The Basic Aluminum Casting Company can be best described as an engineering company with one simple trait - creating die cast products  from listening and understanding our customer's needs.  A strong commitment to that and a focus on quality has enabled us to continue to be one of the best and oldest names in the industry.

Basic Aluminum manufactures quality high pressure aluminum die castings. We utilize many different casting alloys to meet product and customer need. We also provide many secondary manufacturing services for our products.  Other services include machining, painting, plating, assembly and testing custom products.

Basic delivers a casting with the machining, finishing and assembly requirements that fits your application. We will work with your product team to provide a high quality, low cost solution for your casting. To that end, we have provided valuable information on die casting on our website menu. For potential buyers of die casting products, the process of transferring or building new tooling is included to get an idea of our process. We work with our customers to ensure that your project occurs smoothly, ensuring timely delivery of your casting that meets and exceeds your the needs!


Basic Aluminum - since 1946 - serving those who seek the advantages of quality and dependability in die casting components.

How to Report Problems in Diecastings?

Jun 12, 2021 | Diecastings

Like any manufacturing procedure, diecasting isn’t fully perfect and errors happen. The solution to avert and catch them is by looking and understanding the goal in the piece. As an example, diecastings items can have surface defects, internal defects, and dimensional defects.

You Can’t Correct and Manage Defects When You Can’t Measure and Report Them

Without a scrap reporting technique in location, it’ll be hard to handle the top quality elements of one’s production line. An effective reporting system makes facts readily available to everyone involved inside the production procedure on a daily basis. Each day scrap report should categorize scrap for uncomplicated tracking by defect kind, element number, die, shift, operator, and machine.

The report for the earlier day’s activities should be obtainable initial factor each and every morning. Your scrap reporting program should capture long-term trends, and, ideally, it really should predict customer rejects based on the recent scrap activity. Almost everything ought to be integrated around the scrap report, which includes warm-up shots and scrap returned towards the furnace at the point of the machine.

What Causes the Defects of Diecastings?

Surface-area defects are a significant concern with die casting that will be caused by many components associated directly with the casting itself.

An appropriately developed casting prepared mold and malted metal really should lead to a defect-free of charge casting. On the other hand, if suitable management is not exercised within the foundry-sometimes it is actually also expensive casting defects that can present themselves. Defects are classified as filling-related, shape-related, or thermal-related.

Let’s focus on filling associated defects of diecastings:


A blowhole is actually a variety of cavity defects, which can seem like a pinhole or subsurface blowhole. A pinhole is quite a tiny hole. Subsurface blowholes only are usually noticed following machining. The defects are nearly generally situated within the core component with the mold in poorly vented pockets and undercuts.

Sand Inclusion

Inclusion defects look like you’ll find slag inside of metal castings. Sand inclusions are a single in the most typical casting defects. This casting defect is formed in the course of abrasion from the mold surface by the metal flowing past as well as the linked thermo-mechanical stresses. The considerable compressive and shear stresses acting around the mold and core sections can cause breakage of person sand grains (erosions) or tearing off of larger mold sections (erosion scabs). This causes interruptions in smooth mold and core surfaces, thickening zones on person casting sections, and sand crusts (sand inclusions) in remote casting areas.

Irregularly Formed Sand Inclusions

Irregularly formed sand inclusions are typically difficult to diagnose as these defects commonly take place at broadly varying positions and are as a result pretty tough to attribute to a nearby cause.

Gas Porosity

Porosity in castings is because of bubbles being trapped through solidification. The gas can be from trapped air, hydrogen dissolved in aluminum alloys, moisture from water-based die lubricants, or steam from cracked cooling lines. Gas porosity comes from 3 principal sources in die-casting: trapped air, steam, and burned lubricant. Air is present inside the cavity ahead of the shot. It may conveniently be trapped because the metal starts to fill the cavity. The air is then compressed as a growing number of metal streams into the cavity and also the stress rises. When the cavity is full it becomes dispersed as little spheres of higher pressure air. The swirling flow can cause them to grow to be elongated.