Cast Iron Sinter Baking Pan

Name: Cast Iron Sinter Baking Pan
Brand: VIKAS CASTINGS
Price: 40-80 INR
Availability: InStock

Price 40-80 INR/ Kilograms

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MOQ : 2 Tons

Cast Iron Sinter Baking Pan Specification

Casting Process
Sand Casting

Usage & Applications
Industrial baking, sinter plant operations, high temperature heat treatment

Load Capacity
Up to 10 kg

Product Type
Baking Pan

Material
Cast Iron

Surface Finishing
Sintered Coating

Weight
Approx. 3-4 kg

Color
Black/Grey

Customization
Available on request

Corrosion Resistance
Yes, suitable for exposure to industrial atmospheres

Standards Compliance
Meets typical sinter plant equipment requirements

Shape
Rectangular pan with reinforced edges

Maintenance
Requires oiling to prevent rusting

Handles
Integrated side handles for easy lifting

Thickness
6-10 mm

MOQ
10 pieces

Heat Resistance
Up to 1200°C

Cast Iron Sinter Baking Pan Trade Information

Minimum Order Quantity
2 Tons

Supply Ability
100000 Tons Per Month

Delivery Time
1 Week

About Cast Iron Sinter Baking Pan

Cast Iron Sinter Baking Pan offered by us, is widely manufactured and supplied by our workers by using premium grade raw materials and modern technology. This pan is mostly used in various application such as iron, steel, construction and telecom industry. This baking pan is tested under different parameters to ensure flawless performance and working. Cast Iron Sinter Baking Pan is mainly known for its unique features like superior finish, high strength, highly durable, precise dimension, and sturdy construction. This pan is very cost effective and can be easily availed by our eminent customers at nominal pricing, in bulk quantities.

Unmatched Durability for Extreme Environments

Built to withstand intense industrial temperatures, the Cast Iron Sinter Baking Pan offers exceptional performance with a load capacity of up to 10 kg. The sintered coating protects against corrosion, ensuring longevity in sinter plants and similar conditions. Reinforced edges boost durability and prevent warping during heavy use.

Ease of Handling and Maintenance

Integrated side handles allow safe and efficient lifting, even when loaded with heavy materials. Regular oiling is recommended to prevent rusting, maintaining the integrity and functionality of the pan for prolonged periods. Its design and finishing make it user-friendly and easy to maintain.

FAQs of Cast Iron Sinter Baking Pan:

Q: How should the Cast Iron Sinter Baking Pan be maintained to prevent rust?

A: To prevent rust, regularly apply a thin layer of oil to the surface after each use, especially once the pan is cool and dry. This maintenance routine preserves the corrosion-resistant sintered coating and extends the pans longevity.

Q: What industrial processes can benefit from using this baking pan?

A: This pan excels in industrial baking, sinter plant operations, and high-temperature heat treatment processes. Its substantial heat resistance and load capacity suit applications where durability and consistent thermal performance are essential.

Q: When is it necessary to consider a customized baking pan?

A: If your operation requires specific dimensions, features, or unique performance needs, customization is available by request. Contact the manufacturer or supplier to discuss your requirements and ensure the pan aligns perfectly with your application.

Q: Where is this cast iron sinter baking pan commonly used?

A: It is primarily utilized in sinter plants, industrial bakeries, and heat treatment facilities where high thermal stability and corrosion resistance are necessary. The pan is also frequently exported and used in numerous international industries.

Q: What are the benefits of the integrated handles and reinforced edges?

A: Integrated side handles offer safe, ergonomic lifting and transportation, even at maximum load. Reinforced edges enhance durability, preventing deformation under extreme heat or during repeated use.

Q: How is the Cast Iron Sinter Baking Pan manufactured?

A: The pan is produced using the sand casting process, combining ductile iron and cast iron. This method ensures structural integrity, optimal weight (approximately 3-4 kg), and a sintered finish that affords high resistance to demanding conditions.

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