Ceramic Saggar Tray

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Ceramic Saggar Tray Specification

Features
Refractory, Durable, Thermal Shock Resistant, High Mechanical Strength

Operating Temperature
Up to 1600C

Load Capacity
Up to 15 kg

Automation Grade
Manual

Surface Treatment
Glazed or Unglazed Surface

Used For
Supporting and Protecting Wares During Firing Process

Material
High Alumina Ceramic

Style
Rectangular

Properties
High Thermal Stability, Chemically Inert

Capacity
Customizable (commonly 2-15 kg payload)

Condition
New

Application
Ceramic Firing, Powder Sintering, Furnace Linings

Ceramic Saggar Tray Trade Information

Minimum Order Quantity
100 Number

FOB Port
As per location

Supply Ability
100 Per Month

Delivery Time
1 Months

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Standard & Crate Packaging.

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

Main Domestic Market
All India

About Ceramic Saggar Tray

Ceramic Saggar Tray is designed from high quality and pure ceramic to add maximum durability. This is available in box shaped widely used in the firing of pottery for protecting ware from any fired inside a kiln. It provides absolute protection to the ware from gases, flame, smoke, and kiln debris. It is designed from cordierite ceramic, alumina ceramic, mullite ceramic silicon carbide, etc. It can be thermally cycled for hundreds of times without any deformation and degradation.

Features of Ceramic Saggar Tray:

Ideal for high purity mullite & alumina refractories
High temperature resistant design with good strength
Tight tolerances with flexible shape capabilities
Excellent surface finishing with thermally shock resistant design

Optimal Protection for Industrial Firing

Engineered for durability, our high alumina Ceramic Saggar Trays shield wares from direct flame and contaminants during high-temperature firing. The raised rim design ensures items stay secure, minimizing risk and enhancing efficiency over multiple firing cycles.

Built to Withstand Extreme Conditions

With thermal stability up to 1600C and resistance to chemical corrosion, these saggars are ideal for rigorous industrial applications. Their chemically inert surfaces, whether glazed or unglazed, guarantee long-lasting use even in the most challenging kiln and furnace environments.

Customizable for Your Industrial Needs

Our saggar trays are available in various dimensions, capacities, and surface finishes, tailored to your operational requirements. From small-scale ceramics to high-volume powder sintering, customization ensures the perfect fit for your manufacturing processes.

FAQs of Ceramic Saggar Tray:

Q: How are Ceramic Saggar Trays used during the firing process?

A: They support and protect ceramic wares or materials during firing by providing a safe, thermally stable enclosure that prevents direct exposure to flame, gases, or impurities within industrial kilns or furnaces.

Q: What are the key benefits of using high alumina Ceramic Saggar Trays?

A: These trays deliver superior thermal shock resistance, high mechanical strength, and chemical inertness, resulting in longer lifespan and the ability to endure multiple firing cycles at temperatures up to 1600C.

Q: When should I choose glazed versus unglazed saggars?

A: Glazed surfaces reduce adhesion of materials and make cleaning easier, while unglazed trays offer better gas permeability, preferred in certain firing processes. The choice depends on specific application needs and processing requirements.

Q: Where are these Ceramic Saggar Trays typically used?

A: Commonly employed in industrial environments such as ceramic firing facilities, powder sintering plants, and in furnace linings, particularly where high temperature and chemical exposure is routine.

Q: What is the process for customizing saggar trays?

A: Customization is available based on capacity, dimensions, and surface treatment. Provide your specifications regarding tray size, payload, and operating conditions to ensure optimal integration with your equipment.

Q: How do these trays handle thermal shock and chemical corrosion?

A: Manufactured from high alumina ceramic, they exhibit exceptional resilience to rapid temperature changes and corrosive atmospheres, extending their usability across tough industrial cycles.

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