NICKEL CRUCIBLES

5000 INR

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Product Details:

Automation Grade Manual
Core Components Nickel crucible body
Feature High thermal resistance, corrosion resistant, reusable
Capacity 10 ml to 500 ml
Model No Nickel Crucibles Standard Series
Temperature Range Up to 1455C (2651F)
Equipment Materials Nickel (Purity > 99.5%)
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NICKEL CRUCIBLES Price And Quantity

Minimum Order Quantity 1 Piece
Price 5000 INR

NICKEL CRUCIBLES Product Specifications

Model No Nickel Crucibles Standard Series
Dimension (L*W*H) Varies by capacity, e.g., 30x40 mm to 70x90 mm
Type Cylindrical
Temperature Range Up to 1455C (2651F)
Weight Varies with capacity (typically 25g to 350g)
Equipment Materials Nickel (Purity > 99.5%)
Feature High thermal resistance, corrosion resistant, reusable
Capacity 10 ml to 500 ml
Core Components Nickel crucible body
Automation Grade Manual

NICKEL CRUCIBLES Trade Information

Supply Ability 5-10 Piece piece Per Month
Delivery Time 6-8 Week

Product Description

We have been able to attract a large number of clients all over the world with our qualitative range of Nickel Crucibles. These cubicles are made from 99.6% nickel content at our vendor's state of the art machining facility. Highly resistant to alkalis and most acids, our Nickel Crucibles are largely used in electronic and aerospace industries. It is made available to clients in various sizes and capacities so that customers' utmost satisfaction can be duly obtained.

Features:

Crack resistant
Bright finish
Durable design

Further Details:

Product Code: 1

Description

Laboratory Nickel Crucible, nickel 201 spec (minimum 99.6% nickel content), bright finish.

Dimensions - guide

A = 25mm (reference dimension only).

B = 20mm.

Nominal wall thickness 0.5mm.

Supplied in standard packs of 10.

Heating/Cooling Information

Working temperature range up to 350^oC will ensure crucible has a long working life.
Temperature range 350^oC - 600^oC will shorten the working life of the crucible due to xidisation.
Temperature range 600^oC - 800^oC will show increased levels of oxidisation on the crucible and dramatically reduce its life.
Temperature range 800^oC + will lead to severe oxidisation.

Superior Material and Finish

These nickel crucibles are manufactured with high-purity nickel (>99.5%) to guarantee optimum performance even in demanding environments. Their smooth, polished surfaces minimize contamination and simplify cleaning, making them ideal for sensitive analytical and industrial applications requiring precise, uncontaminated results.

Outstanding Chemical and Thermal Resistance

Engineered for resilience, these crucibles withstand temperatures up to 1455C and offer robust resistance to most acids and alkalis, except oxidizing acids. Such characteristics enable safe handling of corrosive materials and high-temperature processes, vital for laboratory and industrial protocols where reliability is critical.

Versatile Capacity and Applications

With a range from 10 ml to 500 ml, these nickel crucibles provide flexibility for small-scale experiments or larger batch processing. Their sturdy cylindrical form with customizable dimensions accommodates varied sample volumes, meeting the requirements across research, material synthesis, and chemical analysis sectors.

FAQs of NICKEL CRUCIBLES:

Q: How should nickel crucibles be cleaned after use to maintain their polished surface?

A: Nickel crucibles should be cleaned using non-abrasive tools and appropriate solvents that do not react with nickel, such as dilute acids (except oxidizing acids) or alkaline solutions. Avoid harsh scrubbing to preserve the smooth, polished interior and exterior.

Q: What makes these nickel crucibles suitable for high-temperature applications?

A: With a melting point of 1455C and wall thicknesses between 0.8 mm and 1.5 mm, these crucibles exhibit exceptional thermal stability. The high purity nickel construction ensures minimal deformation or reaction under high temperatures, making them ideal for processes requiring sustained heat.

Q: When is it recommended to choose a flat base versus a rounded base for a nickel crucible?

A: A flat base is preferred for procedures requiring stable placement on surfaces or in furnaces, while a rounded base is advantageous for even heating and melting processes. Selection depends on the specific laboratory or industrial application and desired thermal distribution.

Q: Where should nickel crucibles not be used due to their chemical resistance limits?

A: Nickel crucibles are not recommended for use with oxidizing acids such as nitric acid, as these may corrode or damage the nickel. For all other acids and alkalis, the crucible offers excellent resistance, ensuring reliable containment of reactive samples.

Q: What are the main benefits of using nickel crucibles in analytical and industrial settings?

A: Their high purity, robust chemical and thermal resistance, and reusable design minimize risk of contamination and enable repeated, consistent results. These crucibles also withstand prolonged exposures to harsh reagents and temperatures, maximizing laboratory productivity.

Q: How is the capacity of a nickel crucible determined for a specific experimental process?

A: Capacity selection depends on the volume of sample material to be processed, ranging from 10 ml to 500 ml. Laboratory protocols dictate the required size based on the scale of reactions, sample preparation needs, and thermal considerations.

Q: What process is involved in manufacturing these nickel crucibles to ensure quality and durability?

A: Manufacturing involves shaping high-purity nickel into cylindrical forms, followed by precision polishing of inner and outer surfaces. The process ensures uniform wall thickness, corrosion resistance, and mechanical integrity meeting standard series specifications for manual laboratory use.

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