If you are looking for a Aluminum Nitride, , & Silicon Nitride & Machinable Ceramics product customized and mold making services in China, please feel free to contact Pintejin ceramic machining Team.Get Instant Quote:[email protected] .

Blog

You are here: Home / Blog
12
May

998 Alumina

Categories: Alumina Ceramic Material
Comments: No
998 Alumina

The 99.8% alumina ceramic is made of white alumina powder with a purity of 99.8%. The powder is mixed with a small amount of oxides such as Fe2O3 and Na2O. After alumina material molding and sintering, it becomes a white solid insoluble in water, odorless and tasteless. , High hardness, easy to absorb moisture but not deliquescence (burned does not absorb moisture). The density of 998 alumina ceramics is between 3.8-3.9g/cm3, its melting point is 2050℃, and its high temperature resistance is 1700℃. The compressive strength is 2550Mpa and the dielectric constant is 9.85. Compared with 95 porcelain, 99 porcelain and 995 porcelain, 998 alumina ceramics have stronger insulation properties Read more

12
May

95 Alumina

Categories: Alumina Ceramic Material
Comments: No
95 Alumina

95% alumina ceramics is the most widely used type of structural ceramics. Because it has excellent electrical properties at high frequencies, it has low dielectric loss, high volume resistivity, high strength, high hardness, low linear expansion coefficient, and strong wear resistance and heat resistance. And in the same high temperature use environment, 95 porcelain has slightly stronger insulation performance than 99 porcelain, so it is recommended to use 95% alumina ceramics for higher insulation requirements at high temperatures, and its cost is also lower. But the disadvantage is that 95% alumina ceramics are more prone to collapse during processing, so you need to be very careful during processing! In addition, Read more

12
May

Cerium Stabilized Zirconia

Categories: Zirconia Ceramic Material
Comments: No
Cerium Stabilized Zirconia

It is made by the process of cerium oxide stabilization, titration molding, and calcination for phasing. Cerium oxide is used as a stabilizer, which produces high-density zirconia ceramics with a density of 6.2 g/cm3. Due to the material’s good abrasion resistance and high density, it is mainly used for the production of grinding media, especially for grinding highly viscous compounds and paints. The high density also allows for the production of smaller grinding media, greatly increasing grinding efficiency and reducing grinding time. Cerium-stabilized zirconia is similar in wear resistance, fracture toughness and mechanical strength to yttrium-stabilized zirconia material. The microstructure is more delicate and the density is higher, which is Read more

12
May

Magnesium Stabilized Zirconia

Categories: Zirconia Ceramic Material
Comments: No
Magnesium Stabilized Zirconia

Magnesium oxide partially stabilized zirconia ceramics have high oxygen ion conductivity, high strength and toughness, and good thermal shock resistance, and are extremely promising high-temperature functional materials and structural ceramic materials. Magnesium oxide is used as a stabilizer. This cubic phase material is packed with tiny tetragonal phase precipitates, resulting in very high transformation toughness. Magnesium-stabilized zirconia has high fracture toughness. It has excellent mechanical properties including high strength, fracture toughness, wear resistance, low thermal conductivity and good thermal shock resistance. Due to its resistance to wear and corrosion, it is mostly used in valves, pumps and gaskets, and is also a material in the chemical machining and petrochemical industries. Read more

12
May

Yttrium Stabilized Zirconia

Categories: Zirconia Ceramic Material
Comments: No
Yttrium Stabilized Zirconia

Yttrium oxide is used as a stabilizer, and this material is mainly tetragonal. It has the highest flexural strength of all zirconia materials, especially when sintered and pressed. Yttrium-stabilized zirconia has a fine grain size and is suitable for use in cutting tools due to its high wear resistance for cutting a very sharp corner. The excellent crystal grains make the produced ceramics dense in density, less pores, excellent mechanical strength, corrosion resistance, impact toughness, thermal shock resistance and extremely low thermal conductivity. Due to these characteristics, yttrium-stabilized zirconia is widely used in semiconductor, petrochemical, photovoltaic new energy and other industries. Zirconia Ceramic Technical Parameters Project Unit Zirconium Oxide density Read more

09
May

The Remake History Of Ceramic Mold

Categories: Mold Making News
Comments: No
The Remake History Of Ceramic Mold

The use of ceramic molds was adopted in the late Longshan culture, but there is no specific discussion. Until the Shang Dynasty, due to the increasing number of decorative patterns and patterns on the surface of ceramic utensils, pottery impressions and pottery paddles for printing various patterns on the surface of ceramic utensils began to appear. The concept of pottery impression mold was accurately proposed in the middle of the Shang Dynasty. It was originally used as a casting tool for bronze ware. In the Xia Dynasty, ceramic utensils were used as crucibles to smelt bronze. In the late Shang Dynasty, ceramic utensils were used as crucibles. Based on this, Read more

09
May

The Raw Materials For Mold Forming Process

Categories: Injection Molding Guide
Comments: No
The Raw Materials For Mold Forming Process

Prepare to weigh a good proportion of water and gypsum, slowly sprinkle the gypsum into the bucket with the relative proportion of water, and pay attention to rubbing your hands during the pouring process to further screen the impurities in the gypsum. It is not advisable to stir the gypsum in the process of spreading it. Slowly sink it into the water until no powdery gypsum can be seen. At this time, stir it by hand or with a mixer to make it blend with the water. While stirring, pay attention to the particles and other particles when mixing. To remove impurities, stir evenly at a frequency so as not Read more

09
May

The Concept Of Ceramic Mold Forming Process

Categories: Mold Making News
Comments: No
The Concept Of Ceramic Mold Forming Process

In today’s daily life, the daily utensils and pottery ceramic products we use are formed by hand molding and mold molding. The uniqueness of hand-shaped ceramic products is that mold forming can be used by ceramic workers for repeated use to produce multiple pieces of the same ceramic product. The mold forming process mainly relies on the gypsum solidified in a short time as the mold, and the water absorption of the gypsum is used to absorb the water of the cast or printed mud blank, so that the mud blank is dry and hard to form. Ceramic molds are divided into three categories: Machine press production: male and female Read more

09
May

Comprehend Ceramic Mold Forming Process

Categories: Mold Making News
Comments: No
Comprehend Ceramic Mold Forming Process

China is a big country with a long history of producing ceramics. From the very beginning, human beings realized in practice that clay mixed with water has a certain plasticity and can shape a certain shape of utensils. Beginning with the ancient and simple molding process, the molding process of ceramics has been With the development of ceramics, it has gradually evolved, from low-level craftsmanship to high-level craftsmanship, such as the early kneading molding or partial molding, and later the development of using clay strips and clay plates to shape and so on. With the continuous updating of modern art forms, creative ideas emerge in an endless stream, but there Read more

09
May

What Is Carbide Alloy

Categories: Encyclopedia
Comments: No
What Is Carbide Alloy

Cemented Carbide Alloy is a multi-phase composite material produced by powder metallurgy with refractory metal carbide as matrix and hard phase, cobalt (nickel) as binder phase (often sintered in vacuum furnace or hydrogen reduction furnace and produced by powder metallurgy). powder metallurgy products). Carbide is widely used as tool material, such as turning, milling, planing, boring and other tools and drills, for cutting ordinary steel, cast iron, non-ferrous metals and plastics and other materials, and even for cutting tool steel, stainless and heat-resistant steel Difficult-to-machine materials (materials up to 50 HRC can be cut). The cutting speed of carbide tools is 4-7 times higher than that of high-speed steel, and Read more

Newer Entries
Older Entries
Pintejin Ceramic Mould Co., Ltd., is located in Dongguan City, China, which is known as the "world factory" in the Pearl River Delta of China. It is a high-tech ceramic products private enterprise integrating R&D, production, sales and service.The company is affiliated to Dongguan Pintejin Group. After several years of development,Pintejin has a modern scale and a professional R&D team: 1 powder metallurgy expert, 1 doctor of materials science, and 13 technical engineers. The company has successively purchased domestic and foreign precision manufacturing equipment and testing equipment: Japan's WASINO optical curve grinding (PG), Japan's Koyo centerless grinding, Japan's Okamoto surface grinding, Zeiss three-dimensional, Beijing Jingdiao and 2.5-dimensional, optical measuring instruments, projectors and other equipment. With the research and development support of scientific research institutes and the company's management team's familiarity with the international market, according to customer needs, all products are designed and manufactured and (Japan, Germany, the United States) raw materials are provided with solutions, and we are committed to becoming domestic ceramic structural parts and components. A pioneer in keeping with the quality level of Europe and the United States.

Ceramic Machining Material

Ceramic Machining Industry