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Test equipment used to test high hardness buttons

A material's hardness can be determined using testing equipment for hardness. A measure of resistance to indentation is hardness. This data is valuable for confirming a product's functionality.

There are numerous types of instruments for testing hardness. The Vickers, Brinell, and Rockwell are some of the most widely used.

By measuring the size of an indentation, these tests are used to measure the hardness of various materials. A harder material has a greater hardness rating. A smaller indentation, on the other hand, indicates a tougher substance for a PDC bearing.

Some test equipment has a digital optical system built in. The gadget can be attached to a laptop, iPad, or PC. One of its benefits is that the results may be shown graphically.

Rockwell testing is a quick and efficient way to assess a material's hardness. It gauges the extent of a metal object's penetration. Using this technique, materials like cast iron and hardened Bearing steels are frequently evaluated.

Some manual and motorized systems also employ ultrasonic contact impedance technology. You can prevent marking the workpiece with this technique.

You may test the microhardness of practically any material using these methods in addition to others. The size of the test specimen and the indenter must be taken into account.

  • Application of high hardness buttons in button bits

    Application of high hardness buttons in button bits

    The use of tungsten carbide buttons in button bits has various benefits. They are highly durable, long-lasting, and wear-resistant. But creating a button bit involves more than just adding a button to a drill bit.

    The preferred design for drilling applications is button bits for tungsten carbide bush. Steel bars in the shape of crosses made up earlier tool design. The regular threaded button bit is currently the most popular form of drill bit. These parts are adaptable and ideal for many kinds of rock situations.

    It is possible to increase the durability of buttons, though. Reducing the alloy's cobalt concentration is one approach to do this. Enhancing the deflection is another option.

    The amount of stress that a force applied to the button causes is referred to as deflection. The material and thickness of the metal affect how much it deflects. The look of the button also influences it. A decent system should cause a 20u201350 um metal deflection.

    Retrieving drill rock tools is made easier by using the retrac button. In regions where the integrity of the rock mass is weak, this is very helpful.

    The toughness of a button bit's buttons can be increased by rotating the buttons. You might wish to use a different tactic depending on your machine and your budgetary restrictions.

  • Production of high hardness buttons

    Production of high hardness buttons

    High-hardness button production involves numerous steps. Die cutting is the method used the most frequently. Early in the 20th century, producers created new buttons from various raw materials. Metal is currently the most widely utilized material in the manufacture of buttons and tungsten carbide wear rings.

    Mother-of-pearl, bone, and glass are additional materials. Some buttons are made of silk or even precious stones.

    Buttons come in a variety of forms, including as molded and pierced. Unlike molded buttons, which have a hole from the front, pierced buttons have a hole at the rear. They often have a rounded form.

    Examining the various materials used to produce buttons is an excellent method to gauge their usefulness. While ceramic, wood, and synthetic fibers have all been utilized, metal is the most typical and extensively used material.

    The diameter of the button's rifling groove should also be measured. This is the region that a button cuts out, and it is frequently slightly larger than the button itself. Before pulling the button through the barrel, it is a good idea to grease it.

    New methods for making buttons were introduced as the industry grew. Transfer printing, a clever method for producing novel types of ceramic buttons, was one of them.

Why choose Zonco Sinotech high hardness Buttons?

  • Support Development and OEM/ODM Service: 

    Modern machinery workshop and custom modification for TC radial bearing. We are able to work together to create the products that you require.

  • High Quality Standards and Strict Production Process :

    IS09001 Certification. The company maintains rigorous quality control and has qualified quality inspectors. We can supply high-quality items like tungsten carbide plate.

  • 100% High Standard Raw Material: 

    Unique material properties. We are able to manufacture any extremely difficult or severe work conditions.

  • Competitive price and Good Service :

    Customized small packaging as well as bulk. Let us assist you for radial sliding bearing in finding the most effective solution to your issues. We can provide you with low costs and more flexibility in production management within a very short time.

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