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Metal Products

Metal Products

Metal Products

2 Category

Konya Metal Products Sector


When it comes to wrought metal products, the style and speed of cutting are very important. This is because the speeds and feeds involved determine the best way to cut metal. Speeds and advances can be adjusted according to metal and surface quality. Style also has a big impact on how durable the metal is. Konya metal products sector consists of companies with a very wide range. Metal producers from Konya, the pioneer of the Turkish metal industry, are available on our List of Company website.


Stainless steel


Metal producers from Konya became brands in stainless steel. Stainless steels are one of the most popular metals used in manufacturing and are used in numerous applications. Most stainless steel parts are produced with CNC machining, which uses precision tooling to create repeatable parts. Choosing the right type of stainless steel for machining can make a huge difference in the performance of the finished part.


Stainless steel grades differ in hardness and machinability. Grade 430F, for example, is very easy to machine and is the most common choice for machining industries. Other common stainless steel grades are those in the 300 series family, including the 303, which is a fast machining grade and provides good corrosion resistance for industrial machined parts. This grade is ideal for a wide variety of applications including valves, gas burners and flatware.


Stainless steel is malleable and ductile in addition to its high corrosion resistance. It can be machined to produce parts that are stronger and more durable than many other metals. Additionally, stainless steel parts are extremely flexible and can withstand extreme temperatures.




Aluminum is a common material used in machined metal products. Due to its light weight and low hardness, aluminum is an ideal material for many machining operations. In addition, it is extremely ductile and machinable, making it an excellent choice for a variety of applications. Therefore, aluminum can be used to create a variety of different machined metal products. Konya metal industry will bring you the best quality aluminum.


In addition to being machinable, aluminum can easily adapt to a variety of surface treatments, including anodizing and painting. It's also recyclable, making it an excellent choice for a wide variety of applications. It is also quite inexpensive compared to many other materials used for CNC machining. Compared to other metals, aluminum has a lower cost per unit weight, making it a highly cost-effective choice. In addition, aluminum's superior machinability allows for more complex shapes and tolerances.


There are several different grades of aluminum available, but the most popular is 6061-T6. This grade has superior mechanical properties and is widely used in the construction industry. However, thin walls of this quality are difficult to machine, making it less suitable for high-performance applications. But the 6061-T6 is an excellent choice for most aerospace, transportation and automotive applications.




Copper is a common metal used for machining. It is a strong and flexible metal with excellent machinability properties. This metal is used in many different applications, from grilles to valves, from heat exchangers to cooling systems. It also has excellent thermal and electrical conductivity, making it a good choice for a variety of medical applications.Machined copper products are produced using several different techniques, including milling and turning. CNC milling, for example, uses computerized controls to precisely cut a metal workpiece into the desired shape. In contrast, CNC turning uses a stationary tool to shape a workpiece into the desired shape.


Copper is also an excellent thermal conductor, making it an excellent choice for electrical wiring. In addition, this metal is highly durable and can be recycled. However, processing copper can be a complex process and the material is costly.




Brass is an extremely versatile metal alloy that can be machined into complex shapes. It is a highly recyclable metal widely used in electrical components and musical instruments. Its easy processing properties, low melting point and low coefficient of friction make it an excellent material choice for a wide variety of industrial applications. Also, brass is very malleable and a strong metal with good corrosion resistance.


Ideal for CNC machining brass. It is an easy material to work with and allows you to achieve high material removal rates and longer tool life. You can also increase the precision of your brass turning or milling operations by using spindle liners. This will protect both the workpiece and the equipment. Using spindle liners will also increase processing speed and improve the quality of the finished product.


Brass alloys can be used in architectural applications, including plumbing fixtures and pipes. These metals are more durable than yellow gold brass and can withstand a variety of temperatures and environments.


Unalloyed copper


Unalloyed copper is a metal with high electrical and thermal conductivity. It is widely used in electrical and electronic equipment. Copper also has good ductility and is soft and malleable. Its atomic number is 29 and is widely used in engineering. The combination of properties makes it an excellent material for processed products.


There are many types of copper alloys. Alloys made from copper are characterized by their excellent electrical and thermal conductivity, corrosion resistance and machinability. Their tensile strength is relatively high and their annealing properties can be controlled. This makes them indispensable in many engineering applications.


High-lead copper alloys contain significant amounts of lead and are suitable for bearing applications. It is easier to process than lead-free copper alloys. Brass is easier to work with than copper For a variety of machined metal products, brass is easier to work with than copper. Copper is more brittle and harder to work with, while brass is softer and easier to work with. The difference between the two is in their machinability percentage, which is a measure of how easily a metal is machined compared to a 100% reference material. Konya metal sector has the power to easily mix the metals you need.


Brass is also easier to machine than copper, making it an ideal material for machined metal products. Both metals are suitable for architectural applications. However, copper is more expensive than brass. Brass is easier to machine and requires more maintenance than copper. Copper is also susceptible to tarnishing, making it a less desirable material for wrought metal products.


Both metals are highly conductive, making them ideal for high-end applications. However, bronze has a harder surface than brass and is generally less flexible. Therefore, brass is better for general applications. It is also relatively inexpensive and easy to cast. Rice is also malleable, making it suitable for the manufacture of products in the food processing industry.


more difficult to work with than unalloyed copper


Copper is used in a variety of machined metal products. It has excellent ductility and thermal conductivity. This makes it a useful alloy in a wide variety of applications. Copper also shows excellent corrosion resistance. Copper alloys contain Beryllium Copper, which has the highest strength among all copper alloys and a lower melting point than unalloyed copper. Copper alloys are produced by adding various elements to unalloyed copper. This results in copper, which conducts heat and electricity. It also has improved formability. While unalloyed copper is more difficult to work with in wrought metal products, copper alloys have additional properties of other elements. High copper alloys are widely used in forming and casting applications.


Alloyed copper is easier to work with in wrought metal products because the alloying process improves its machinability. Almost all machined copper parts are alloyed with other metals, making them easier to machine. Also, copper alloys require less force to cut than steels and other metals of similar strength.


Forging press


Mechanical forging presses can be sized to meet a variety of needs. Some can deliver up to 70 beats per minute. Depending on the material and design, these machines can produce several hundred to thousands of parts per hour. Forging presses use a motor to provide power and a ram to connect the board to the upper half of the die. The lower half of the die is called the anvil and holds the workpiece. The piece is then placed in a recovery bay.


After the metal is forged, it is processed into the desired shape. Pre-forged metal consists of metal blocks called "ingots". Ingots can be of different shapes and sizes. These metal blocks are then heated until they reach an almost molten state. When the metal reaches this stage, it retains its shape and can be shaped by applying force. After the ingots are heated, they are "blocked" with a hammer or press to increase their working cross section. This process improves the shape and allows for final forging.


Fraudsters are also interested in the contact time of the equipment. The longer the contact time, the shorter the die life due to heat loss from the workpiece and possibly higher die temperature. Die contact time is also affected by the degree of deformation in the forging process, with heavier deformation requiring a longer contact time.