Overview of High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc

High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc is precision-engineered from 99%+ pure aluminum oxide (Al₂O₃), offering exceptional mechanical strength and thermal stability. Designed to withstand temperatures up to 1800°C, these shafts provide superior performance in demanding applications including precision machinery, chemical pumps, semiconductor equipment, and high-speed bearings.

The combination of extreme hardness (9 Mohs), low friction coefficient, and excellent corrosion resistance makes alumina ceramic shafts ideal replacements for metal components in harsh environments.

Key Features of High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc

Ultra-High Temperature Resistance – Stable operation up to 1800°C

Exceptional Wear Resistance – 5-10x longer lifespan than steel shafts

Corrosion Proof – Resistant to acids, alkalis and solvents

Lightweight – 60% lighter than steel with higher strength

Electrical Insulation – Excellent dielectric properties

Customizable – Available in various diameters, lengths and tolerances

(High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc)

Specification of High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc

High pureness alumina ceramic components use leading performance. CNC machining makes these elements extremely accurate. This process regulates dimensions firmly. Accuracy reaches plus or minus 0.01 millimeters. These parts are extremely solid. They stand up to put on extremely well. Chemical resistance is outstanding too. Acids and alkalis will not harm them. Heats are no problem. These porcelains function fine approximately 1600 levels Celsius. Electric insulation properties are great. This makes them risk-free for electronic devices.

The product pureness is crucial. We make use of 99% or 99.7% pure alumina. Greater pureness implies much better performance. It boosts strength and rust resistance. Surface area surface is extremely smooth. This decreases rubbing in relocating parts. It also aids prevent contamination. These components manage laborious. They operate in pumps, valves, and sensors. Semiconductor equipment utilizes them commonly. Clinical gadgets need this integrity.

Some discs are permeable. This is an unique feature. Regulated porosity allows details features. These discs can filter gases or liquids. They take care of liquid flow in systems. Permeable discs serve as diffusers or spargers. The pore size is meticulously made. We achieve consistent outcomes. Permeable discs fit gas cells and batteries. They also work in chemical handling. Stamina stays high even with pores. Custom-made shapes and sizes are possible. CNC machining permits complicated layouts. Tell us your precise requirements. We can create parts to match.

Secret requirements consist of product purity. Options are 99% or 99.7% Al2O3. Density is high for strong components. Porosity degrees vary for discs. Regular firmness is really high. Flexural strength goes over. Thermal development is reduced. Electric insulation exceeds sector standards. Surface roughness is carefully regulated. Tolerances are exact per illustration.

(High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc)

Applications of High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc

High pureness alumina ceramic parts made by CNC machining are important in demanding markets. These components offer exceptional efficiency. They come in 99% and 99.7% pureness qualities. The greater pureness suggests better resistance to deterioration and wear. It likewise provides exceptional electric insulation. These residential or commercial properties are crucial.

CNC machining shapes this tough ceramic precisely. It produces complicated parts with limited tolerances. This precision is crucial for sophisticated equipment. Believe semiconductor manufacturing devices. Assume clinical devices requiring sterility. Believe chemical handling equipment facing extreme acids or bases. These parts stand up to extreme heat too. They manage temperatures far past what steels can handle. This protects against bending or failure.

The porous ceramic disc is one more crucial item. It’s also made from high-purity alumina. This disc includes regulated tiny holes. It imitates a filter or diffuser. It allows gas or fluid to pass through uniformly. However it obstructs bigger fragments. This function is ideal for applications needing great circulation. Fuel cells make use of these discs. Battery systems utilize them. Sophisticated sensing units rely upon them. They make sure consistent flow and splitting up.

These porcelains are chemically inert. They do not respond with most compounds. This guarantees item purity in delicate procedures. Pharmaceuticals advantage. Food manufacturing benefits. High-purity electronic devices producing absolutely requires this security. The material doesn’t pollute. It preserves a clean setting.

Demanding applications need trusted materials. High pureness alumina ceramics deliver. Their solidity resists abrasion. Their thermal security takes care of rapid modifications. Their electrical insulation protects against shorts. CNC machining guarantees they fit completely right into intricate assemblies. These parts are engineered for peak efficiency where failing isn’t an alternative. The porous disc includes an unique filtering capacity vital in modern-day technology.

Company Profile

Alumina Technology Co., Ltd,. We focus on the research and development, production and sales of alumina products, serving the electronics, ceramics, chemical and other industries. Since its establishment in 2005, the company has been committed to providing customers with the best products and services, and has become a leader in the industry through continuous technological innovation and strict quality management.

Our products includes but not limited to Alumina Boat, Alumina Crucible, Alumina Dish, Alumina Foam Filter, Alumina Plate, Alumina Rod, Alumina Bar, Alumina Balls, Filter Alumina, Nano Alumina Powder, Spherical Alumina Powder, ect. please feel free to contact us.(nanotrun@yahoo.com)

Payment Methods

T/T, Western Union, Paypal, Credit Card etc.

Shipment Methods

By air, by sea, by express, as customers request.

5 FAQs of High Purity CNC Machining 99% 99.7% Alumina Ceramic Machinery Advanced Parts Porous Ceramic Disc

Here are five common questions about our high purity alumina ceramic parts:

What purity levels do these alumina parts have?
We offer two grades. The standard is 99% pure alumina. The premium option reaches 99.7% purity. Higher purity means better performance. It improves corrosion resistance. It also increases electrical insulation strength. Both grades are very reliable.

Why use CNC machining for alumina ceramics?
CNC machining makes very precise shapes. It creates tight tolerances and smooth finishes. This is vital for complex parts. It ensures parts fit perfectly in machinery. Machining happens after the ceramic is fired. This achieves the needed accuracy.

What is the porous ceramic disc used for?
The porous disc acts like a filter. It allows gases or liquids to pass through. But it blocks solid particles. Its tiny holes control the flow rate. It handles high temperatures easily. This makes it good for harsh environments.

How well do these parts handle heat?
Extremely well. Alumina ceramic parts resist very high temperatures. They work fine up to 1700°C. They don’t melt or deform easily. This makes them perfect for furnaces, kilns, and high-heat processes. They won’t break down under thermal stress.

Where are these alumina parts typically used?
They go into demanding industries. Semiconductor manufacturing uses them a lot. Medical equipment needs their purity. Aerospace applications rely on their strength. Chemical processing uses their corrosion resistance. They are also common in advanced electronics and research labs.

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