Heating Plates are used in products that need to heat. Those products could be an iron (to press clothes) or a chocolate fountain or a toaster oven. Heating plates are made from aluminum because of the thermal properties of aluminum. There are many ways to make aluminum heating plates. The two most common manufacturing processes are pressure die casting and sand casting.

Pressure Die Casting Die Cast Heating Plates vs Sand Casting. To compare pressure die casting and sand casting, it is important to understand how the two methods work. Pressure Die Casting Die Cast Heating Plates vs Sand Casting:

In sand casting, the pattern is pressed into the sand to create the mold. The sand is mixed with mud and clay to help make the mold stronger. Since you will be relying on gravity to facilitate the liquid metal into the mold, you will need to create a gating system to connect individual parts or complicated patterns. Once the upper and lower molds are merged, the liquid metal is poured into the sand mold. Once cooled, you will notice that the surface is not that smooth because of the sand.

In pressure die casting, you will also need to make a pattern that would be embedded into the mold (which is metal). The difference lies in the method of letting the metal in the mold. In die casting, high pressure is used to inject the liquid aluminum into the mold. You can either have a hot or a cold chamber. A hot chamber will ensure faster cycles for more production. However, this cannot be used for aluminum since it will mix with iron. A cold chamber is used for metals that would not work well in hot chamber.

To get a price for aluminum die casting parts or die casting tooling, call toll free 800-524-8083 and ask for sales. Or email us at sales@kineticdc.com for a fast response on a price quote.

Pressure Die Casting Die Cast Heating Plates vs Gravity Casting. What is casting? And what is die casting and gravity die casting? Pressure Die Casting Die Cast Heating Plates vs Gravity Casting:

Casting is the process of molding metals into different shapes and sizes. One of the oldest casting methods is gravity casting. Gravity casting makes use of gravity to ensure that all the parts of the mold is invaded by the melted metal like aluminum. A gating system is produced to ensure a good flow of metal liquid. Basically, all you will need is a gating system a good two piece mold and the melted aluminum. After the liquid aluminum is poured into the mold, it will be left to cool. Even with this simple process, complicated pipe designs may be possible by casting pipes into the mold. However, because you will primarily rely on gravity, it is not ensured that the metal will seep into all the parts of the mold. An inferior plate may be produced.

On the other hand, die casting will surely produce an accurate model of the planned metal fixture. This is because it uses high pressure to pump the melted aluminum into the cold chamber mold. Also, the high pressure ensures the smooth and shiny surface of aluminum parts.

To get a price for aluminum die casting parts or die casting tooling, call toll free 800-524-8083 and ask for sales. Or email us at sales@kineticdc.com for a fast response on a price quote.

Heating Plates in Low Production Cost. Heating plates are mostly seen in home equipments and laboratory equipments that need continuous heating or source of heat like chocolate fountains. Many manufacturers prefer producing heating plates using aluminum alloy because this alloy has thermal properties that are suitable to play the role of heating plates. Many manufacturers also use die casting in producing heating plates because they find it more convenient and economical to use as compared to other processes.

In die casting, aluminum is melted by exposing to extremely high temperature. When the metal is already melted, it will be injected in molds or dies to take the shape of the parts. Afterward, when the metal is already solidified, the parts or casts in the dies will be removed and will be slightly polished. The parts are near net shape, meaning they are produced as whole parts so joints will be avoided. This makes the pressure die casting more efficient because it produces stronger and more durable products unlike other processes like extrusion. In extrusion, the products produced are in cross section making the parts less durable as compared to die casting. Aside from this, heating plates do not need hollow parts like that of what will be produced in extrusion. Lastly, pressure die casting is much inexpensive than extrusion that is why many manufacturers use die casting instead of extrusion.

To get a price for aluminum die casting parts or die casting tooling, call toll free 800-524-8083 and ask for sales. Or email us at sales@kineticdc.com for a fast response on a price quote.

Why should you use Die Cast Heating Plates? Die Cast Heating Plates are used for many industrial purposes. Examples of their uses include the manufacture of toys, plumbing, cell phones, computers, automobiles, machines and kitchen metal parts. Unknown to many, die casting plates are used for almost every important thing in our day to day lives.

One good example of a Die Cast Heating Plate at work is a chocolate fountain. Chocolate fountains are often used in parties, receptions and other important events. The heater plate keeps the chocolate warm and flowing for several hours.

Generally, Aluminum Die Cast Heating Plates are favored by the general public, preferred by both in households and business establishments. Die casting offer better quality than by other manufacturing processes such as stamping, mold casting, forging and extrusion.

Why should you use Die Cast Heating Plates? The most obvious reason is that the metal used, aluminum, is one of the most copious metals on earth. Since aluminum supply is almost unlimited, the metal is affordable compared to other metals. It also has plenty of advantageous characteristics. It is lightweight, making the production process easier and faster. Its no surprise why many companies opt for this method compared to other more costly methods.

How Are Diecast Heating Plates Used? Diecast heating plates are used to increase the temperature of certain objects, which are done for testing and other experimental purposes. Depending on the design and purpose of the heating plate, it can also be used to substitute other things such as grill rocks or electrical stoves. A typical heating plate for example has a large surface of about 300 x 300 mm and is founded on a platform that allows you to set up and adjust the heating capacity of the plate. You can adjust the heating capacity from 25% to 100% depending on how you want it. Other features that are found in heating plates include:

• Digital temperature display
• Easy-to-use electronic controls for adjustments
• Homogeneous distribution across the entire plate to prevent external factors from affecting the results, and of course,
• Safety features to prevent accidents such as burns due to accidental skin contact.

Normally heating plates are made with plastic moldings, particularly the area where the screen and the controls are found. But now diecast aluminum heating plates are being used because the alloy being used is more durable, it can last longer, the parts can be molded and replaced in case there are damages, and it is more cost-efficient.