Crucible, Gooch type

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Crucible, Gooch type Specification

Temperature Resistance
Up to 500C

Features
Porous bottom (fritted disc), inert to chemical corrosion, suitable for filtration

Glass Type
Borosilicate or Fused Silica Glass

Control Type
Manual

Shape
Cylindrical

Type
Gooch Type Crucible

Dimension (L*W*H)
Varies (commonly 30x40x30 mm or as per requirement)

Equipment Type
Laboratory Crucible

Equipment Materials
Glass / Borosilicate Glass

Material
Borosilicate Glass / Silica Glass

Compatibility
Compatible with standard laboratory filtration setups

Finish
Transparent, smooth outer surface

Resistance to Thermal Shock
Yes

Autoclavable
Yes

Bottom Type
Fritted (porous) glass disc

Sterilization
Can be sterilized under standard laboratory conditions

Mesh Pore Size
Coarse, Medium, and Fine (as specified/ordered)

Filtration Type
Supports vacuum or gravity filtration

About Crucible, Gooch type

Jump on the chance to add this elite, must-have Crucible, Gooch type to your laboratory arsenal. Renowned for its towering performance and crackerjack reliability, this sought-after product features a fritted (porous) glass disc bottom for both vacuum and gravity filtration. Available in coarse, medium, and fine mesh pore sizes as required, its autoclavable borosilicate or fused silica construction resists chemical corrosion and thermal shock. With a smooth, transparent finish, this cylindrical crucible fits seamlessly into standard lab setups, making it an indispensable piece for high-precision filtration. Proudly manufactured and supplied in India.

Exceptional Features and Versatile Usage

The Crucible, Gooch type stands out with its fritted glass disc, ensuring efficient filtration in demanding lab environments. It is chemically inert, suitable for use with aggressive reagents, and supports both gravity and vacuum processes. Its autoclavable and thermally shock-resistant nature guarantees safe, repeated usage. Designed for filtration, residue analysis, and gravimetric separation, this crackerjack crucible excels in routine educational and elite research laboratories alike, ensuring reliable performance where precision is vital.

Packaging, Certifications, and Supply Commitments

Every Crucible, Gooch type is safely shipped in sturdy, shock-absorbing packaging, preserving market value and ensuring intact delivery. Dispatched promptly across India, these crucibles meet stringent laboratory standardsdelivered with authenticity certificates when required. The supply ability caters to both bulk and custom orders, making it a wise choice for manufacturers, suppliers, and traders. Trust our packaging diligence and swift dispatch to bring you quality, reliability, and assured compliance every time.

FAQs of Crucible, Gooch type:

Q: How is the Crucible, Gooch type sterilized for repeated laboratory use?

A: The crucible can be sterilized by standard laboratory procedures, including autoclaving, due to its borosilicate or fused silica glass construction and resistance to thermal shock.

Q: What makes the fritted (porous) glass disc bottom significant in laboratory filtration?

A: The fritted glass disc bottom allows for precise support of filtration processes, enabling both vacuum and gravity filtration and ensuring reliable separation of solids from liquids.

Q: When should I choose between coarse, medium, or fine mesh pore sizes?

A: Select the mesh pore size based on your specific filtration needs, with coarse for rapid filtration of larger particles, medium for general applications, and fine for more precise separations of finer materials.

Q: Where can the Crucible, Gooch type be used?

A: This crucible is compatible with standard laboratory filtration setups and is ideal for research laboratories, educational institutions, and industrial testing facilities.

Q: What benefits does the borosilicate glass construction provide?

A: Borosilicate glass offers high resistance to chemical corrosion and thermal shock, making the crucible durable, safe for a wide range of chemicals, and reducing the risk of breakage during temperature changes.

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