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10 Magnesia Cupels

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MOQ : 5 Metric Tons

10 Magnesia Cupels Specification

Form
Solid

Usage & Applications
Precious Metal Analysis, Fire Assay

Melting Point
Above 1,500C

Application
Gold and Silver Assaying

Hardness (%)
80 95

Chemical Composition
Magnesia (MgO) with Minor Additives

Density
2.0 Gram per cubic centimeter(g/cm3)

Water Absorption
Low

Surface Finish
Smooth

Purity(%)
>98%

Product Type
Laboratory Crucible / Cupel

Types of Refractories
Basic Refractory

Shape
Cupel (Shallow bowl form)

Porosity
Controlled for High Absorption

Dimensional Stability
Excellent at High Temperatures

Strength
High Compressive Strength

Specific Gravity
2.9 3.1

Thermal Conductivity
Low

Color
White / Off-White

Storage Recommendation
Store in dry, moisture-free environment

Heat Shock Resistance
Very Good

Shelf Life
Long, if kept dry and clean

Packaging Type
Shrink-wrapped or cardboard boxes

Moisture Content
<1%

Lead Time
1-2 weeks on standard orders

Manufacturing Process
Isostatically pressed and sintered

Cupel Size
Standard size 6 and 10 (custom on request)

Absorption Capacity
Efficient lead absorption

Ash Content
Negligible

10 Magnesia Cupels Trade Information

Minimum Order Quantity
5 Metric Tons

Supply Ability
50 Metric Tons Per Month

Delivery Time
45 Days

Main Domestic Market
All India

About 10 Magnesia Cupels

Other Detail :-

Application : Industrial;,Commercial
Color: Milky White
Material: Magnesia
Mgo Content: 99%
Size: Customize

Features :-

Portable
Less Maintenance
Durable

Technical details

Color	Milky White
Material	Magnesia
Mgo Content	99%
Packaging Size	140 Piece
Brand	iMagCup
Height	33.2 mm
Width	60 mm
Ridge	11.5 mm
Depth	11.5 mm
Weight Per Cupel	148 g
Lead Absorption Capacity	65-70%
Box Weight	21.5 Kg

Superior Material and Durability

Crafted from magnesia (MgO) with minor additives, our cupels offer high purity and exceptional thermal stability. Their robust structure endures prolonged high-temperature use with remarkable resistance to heat shock, while their low porosity and moisture content reduce contamination and guarantee reliable results in gold and silver assays.

Efficient and Precise Assaying

With efficient lead absorption and controlled ash content, these cupels ensure accurate analysis and minimal loss of precious metals during the fire assay process. Their smooth finish and consistent density foster uniform results, supporting laboratories, manufacturers, and exporters engaged in precious metal testing.

Flexible Packaging and Prompt Delivery

Available shrink-wrapped or in sturdy cardboard boxes, our cupels arrive protected and ready for immediate use. Standard orders ship within 12 weeks, with flexibility for custom sizes to match unique laboratory requirements. Proper storage guarantees a lengthy shelf life, supporting inventory management for distributors and wholesalers.

FAQs of 10 Magnesia Cupels:

Q: How should Magnesia Cupels be stored to maintain their shelf life?

A: Store the magnesia cupels in a dry, moisture-free environment to ensure their longevity. Keeping them away from humidity and contaminants preserves their structural integrity and absorption capacity.

Q: What is the recommended process for using these cupels in gold and silver assaying?

A: Place the sample with lead in the cupel and subject it to high temperatures above 1,500C. The cupel efficiently absorbs lead, allowing the precious metals to remain for accurate analysis.

Q: When will my standard order of Magnesia Cupels be delivered?

A: Standard orders are typically processed and shipped within 1 to 2 weeks after confirmation. Custom size requests may require additional lead time.

Q: Where are these magnesia cupels commonly used?

A: They are widely used in laboratories, refineries, and precious metal analysis facilities for gold and silver fire assay processes, both in India and internationally.

Q: What benefits do Magnesia Cupels offer over other cupel materials?

A: Magnesia cupels provide high purity, superior resistance to heat shock, controlled porosity for efficient lead absorption, and excellent dimensional stability at high temperatures, resulting in accurate and consistent assaying outcomes.

Q: How does the isostatic pressing and sintering process enhance cupel quality?

A: Isostatic pressing uniformly compacts the material, eliminating voids and promoting strength, while sintering further consolidates the structure, resulting in robust, dense, and reliable cupels.

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