XTL sintyron alumina porcelain bowl shape crucible

Alumina porcelain bowl shape crucibles are essential tools in laboratory settings for high-temperature applications. Their exceptional thermal and chemical resistance, coupled with their practical design features, make them highly versatile and reliable for a wide range of scientific processes. With their superior performance and durability, alumina porcelain crucibles are a valuable asset for any laboratory seeking high-quality crucibles for experimental work.

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XTL sintyron alumina porcelain bowl shape crucible

Alumina porcelain bowl shape crucibles are commonly used in laboratories for various applications such as melting, calcining, and fusing materials at high temperatures. These crucibles are made of alumina porcelain, a type of ceramic material that is highly resistant to high temperatures, corrosion, and thermal shock. The bowl shape of these crucibles allows for easy pouring and handling of materials, making them ideal for a wide range of scientific experiments and processes.

One of the key advantages of alumina porcelain bowl shape crucibles is their exceptional thermal resistance. These crucibles can withstand temperatures of up to 1700°C, making them suitable for a wide range of high-temperature applications. The high thermal resistance of alumina porcelain crucibles ensures that they can maintain their structural integrity and shape even when exposed to extreme heat, ensuring reliable and consistent performance in laboratory settings.

In addition to their thermal resistance, alumina porcelain crucibles also have excellent chemical resistance. This makes them suitable for use with a wide range of chemical reagents and substances, including acids, bases, and organic solvents. The inert nature of alumina porcelain ensures that the crucibles do not react with the materials being processed, making them ideal for use in sensitive experiments where contamination must be avoided.

The bowl shape of alumina porcelain crucibles also offers practical benefits in the laboratory. The wide, open mouth of the crucible allows for easy pouring and transferring of materials, reducing the risk of spills and accidents. The bowl shape also facilitates efficient mixing and stirring of materials, ensuring thorough and uniform processing of samples. The smooth, glazed surface of the crucible further enhances its usability, making it easy to clean and maintain between uses.

Alumina porcelain bowl shape crucibles are available in a range of sizes to suit different laboratory requirements. Small crucibles are suitable for processing small quantities of materials, while larger crucibles can accommodate larger samples and volumes. The versatility and adaptability of alumina porcelain crucibles make them a valuable tool in scientific research and experimentation, enabling scientists and researchers to carry out a variety of processes with precision and reliability

Alumina Crucible Information

Product	Alumina Crucible
Material	Al2O3
Purity	99%, 99.3%, 99.5%
Color	White/Ivory
Shape	Arc/Square/Rectangle/Cylinder/Boat
Capacity	1-2000 ml
Density	3.98 g/cm3
Melting Point	2020℃
Max. Working Temperature	1800 ℃or 3180 F

Further, these can also be custom made on request.

Alumina Crucible Cylinder Type

Regular size +- mm
Capacity (ml)	Top dia (mm)	Bottom dia (mm)	Height(mm)
3ml	20mm	16mm	17mm
4ml	25mm	19mm	18mm
5ml	26mm	18mm	21mm
10ml	30mm	20mm	28mm
15ml	35mm	21mm	30mm
20ml	38mm	24mm	35mm
25ml	40mm	25mm	35mm
30ml	45mm	27mm	39mm
40ml	47mm	28mm	43mm
50ml	50mm	30mm	48mm
100ml	61mm	31mm	60mm
150ml	73mm	43mm	67mm
200ml	82mm	43mm	70mm
300ml	88mm	53mm	85mm
500ml	108mm	62mm	108mm
800ml	113mm	62mm	140mm

Performance For Industrial Ceramic

Item
	Al₂O₃ Content(%)	99
Physical Characteristics	Heat resistance(℃)	1800
	Bulk density(g/cm³)	3.9
	Water absorption(%)	0
	Flexural strength(Mpa)	360
Mechanical Characteristics	Hardness vickers (Gpa)	15.6
	Elastic modulus (Gpa)	370
	Poisson’s ratio	0.23
Thermal Characteristics	Linear expansion coefficient(20℃-500℃) 10^-6/℃	8
	Thermal conductivity w/(m.k)	32
	Specific Heat 10^-3J/(kgK)	0.9
Electrical Characteristics	Dielectric constant (1MHZ)	9.9
	Dielectric loss angle *10^-4	1
	Dielectric strength *10⁶V/m	15

Application

Used for testing laboratory and a variety of industrial analysis.

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Why us?
* Professional manufacturer since 1997.
* Strict quality control on production process and tolerance.
* Free samples available
* Customized production based on your drawing or specification
* On-time delivery and reliable support and service
* Inventory available for quick shipment
* We keep confidentiality of all the drawings and business information between us.
Are you a trading company or a manufacturer?
* We are a manufaturer.
Can you provide the free samples?
* Yes,we can offer free sample if we have it in stock,but the courier fee is to be collected.
Do you accept customized production based our specification?
* Yes,we offer OEM and ODM service. Just send us your drawing if you have it. If you don’t have a drawing, just tell us your idea, we will work out the drawing for you.

What's the delivery time?
* 7 working days for standard products 30 days for customized products.
What is the MOQ?
* No limit to the quantity. We can offer the best proposal and solutions according to your condition.
What is the payment terms you accept?
* T/T,LC,Western Union,moneygram are acceptable.
How to deal with the faulty?
* Firstly, Our product are produced in strict quality control system and the defective rate will be less than 2%.
If there are problems with the product, we will provide free replacement.