Charge Trays

Name: Charge Trays
Brand: PUNE FURNACE TEKNIKES PRIVATE LIMITED
Price: 200000 -
Availability: InStock

Price 200000 - 30000000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Charge Trays Specification

Feature
High temperature resistance

Rating
Industrial grade

Condition
New

Type
Charge Tray

Usage
Laboratory Furnace Applications

Size
Standard and custom sizes available

Dimensions
As per requirement

Weight
Depends on tray dimensions

Application
Used in furnaces for holding samples during heat treatment

Capacity
Varies by tray size

Temperature Resistance
Up to 1600°C

Colour
White / off-white

Porosity
Low

Surface Finish
Smooth, non-porous

Material
High quality ceramic or alumina

Thermal Shock Resistance
High

Corrosion Resistance
Excellent

Shape
Rectangular & custom shapes available

Manufacturing Process
Precision moulding and sintering

Charge Trays Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
15 Units Per Month

Delivery Time
15 Days

About Charge Trays

Our company is one of the distinguished organizations in the business for manufacturing and supplying a wide range of Charge Trays. These are made using high quality material and modern technology in conformity with the set industry norms. We made these available in different specifications as per the market demand. Clients can avail these Charge Trays at industry leading prices from us.

Engineered for Extreme Temperatures

Our high-quality ceramic and alumina charge trays are designed to withstand continuous use at temperatures reaching up to 1600C. The robust construction and low porosity of each tray not only assure excellent thermal shock and corrosion resistance but also enable their reliable performance in rigorous laboratory furnace conditions.

Customization for Precise Applications

We understand diverse laboratory needs; that's why our charge trays are available in standard as well as custom shapes and sizes. Engineered through advanced moulding and sintering processes, each tray features a smooth, non-porous surface, reducing contamination risks while accommodating a wide variety of sample types and capacities.

FAQ's of Charge Trays:

Q: How are these charge trays manufactured to withstand high temperatures?

A: Our charge trays are produced using precision moulding and sintering techniques, utilizing high quality ceramic or alumina materials. This advanced process ensures the trays achieve excellent thermal shock resistance and can endure temperatures up to 1600C, making them ideal for use in demanding furnace environments.

Q: What types of applications are suitable for these ceramic or alumina charge trays?

A: These trays are specifically designed for laboratory furnace applications, such as holding samples during heat treatment processes. Their smooth, non-porous, and corrosion-resistant surfaces make them suitable for both research and industrial uses where contamination and thermal durability are critical.

Q: When should I consider using a custom-shaped charge tray?

A: A custom-shaped charge tray is recommended when standard rectangular trays do not fit your specific sample sizes or furnace configurations. Custom trays ensure optimal space use and secure sample placement during high-temperature operations.

Q: Where can I use these charge trays?

A: These trays are suitable for use in laboratories, research institutions, and industrial facilities across India that require high-temperature resistant solutions for sample processing in furnaces. Their robust design makes them versatile for a range of laboratory and industrial settings.

Q: What are the benefits of using a smooth, non-porous charge tray in laboratory settings?

A: A smooth, non-porous charge tray minimizes the risk of sample contamination and absorption of chemicals. This ensures consistent experimental results and facilitates easier cleaning and maintenance, which is essential in sensitive laboratory environments.

Q: How does the manufacturing process impact the quality of the charge trays?

A: The precision moulding and sintering manufacturing process guarantees high dimensional accuracy, consistency, and structural integrity. This method also ensures low porosity and excellent properties like thermal shock and corrosion resistance, extending the tray's service life.

Tell us about your requirement