Semi Micro Porcelain Crucible

Name: Semi Micro Porcelain Crucible
Brand: ZOOM SCIENTIFIC WORLD
Price: 16 INR
Availability: InStock

Price 16 INR/ Piece

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MOQ : 1 Piece

Semi Micro Porcelain Crucible Specification

Usage
Melting

Product Type
Porcelain Crucible

Color
White

Material
Alumina Ceramic

Thermal Shock Resistance
Excellent - withstands sudden temperature changes

Glaze
Glazed inside and out except rim and outside bottom

Chemically Resistant
Resists acids and alkalies except hydrofluoric acid

Semi Micro Porcelain Crucible Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
1000 Pieces Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Western Europe, Asia, Australia, South America, Eastern Europe, Middle East, Central America, North America, Africa

Main Domestic Market
All India

Semi Micro Porcelain Crucible About

Semi Micro Porcelain Crucible:-

Catalog No.867:- semi micro porcelain crucible with lid cap. 8 ml.

Semi Micro Nickel Crucible:-

Catalog No.868:- semi micro nickel crucible with lid cap. 15 ml.

Superb Chemical Resistance and Durability

Crafted from premium alumina ceramic, the Semi Micro Porcelain Crucible is highly resistant to most acids and alkalies, making it suitable for rigorous laboratory tasks. Its robust glazingexcept at the rim and exterior bottomprevents contamination and simplifies cleaning. This crucible maintains its structural integrity even after repeated heating cycles, which prolongs its service life in both routine and specialized laboratory applications.

Unmatched Thermal Shock Performance

With outstanding thermal shock resistance, this porcelain crucible can endure rapid heating and cooling without the risk of cracking or deforming. This property is crucial for experiments that demand swift temperature changes or precise thermal conditions, making the crucible indispensable for labs conducting melting and other high-temperature processes.

Ideal for High-Precision Melting

The crucibles semi-micro design is tailored for small-volume, high-accuracy melting and chemical analyses. Its white surface allows clear visibility of contents, facilitating easy observation and residue assessment during and after procedures. This makes it particularly valuable in research and educational settings where accuracy and clarity are paramount.

FAQs of Semi Micro Porcelain Crucible:

Q: What is the Semi Micro Porcelain Crucible made of?

A: The crucible is manufactured from high-grade alumina ceramic, which provides excellent resistance to most acids and alkalies, with the exception of hydrofluoric acid.

Q: How should I use the Semi Micro Porcelain Crucible for melting applications?

A: Place your sample inside the crucible, then set it over a heat source compatible with porcelain ware. Allow gradual heating to avoid thermal stress, making use of the crucibles robust thermal shock resistance during the procedure.

Q: What makes this crucible suitable for laboratory use?

A: Its high chemical resistance, excellent thermal shock tolerance, and smooth glazed surfaces (except rim and bottom) make it ideal for demanding laboratory environments, supporting clean, repeatable, and accurate results.

Q: When should I choose a semi-micro crucible over a regular one?

A: Select a semi-micro crucible when working with smaller sample volumes or when precise measurements and minimal contamination are neededsuch as in microanalysis or research involving precious substances.

Q: Where is this crucible most commonly used?

A: The Semi Micro Porcelain Crucible is frequently utilized in chemical research labs, educational institutions, and industrial laboratories across India, wherever high-temperature melting or analysis is required.

Q: What benefits does the glazing provide on the crucible?

A: The glazing, present inside and outside except the rim and base, prevents most substances from sticking, aids cleaning, and minimizes the risk of contamination between experiments.

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