Pouring Ladle
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Pouring Ladle

ZC-TECH Pouring Ladle is a high-temperature ceramic casting component independently developed for secondary pouring operations in precision casting applications.
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Description

Technical Parameters

Product Overview

 

ZC-TECH Pouring Ladle is a high-temperature ceramic casting component independently developed for secondary pouring operations in precision casting applications. 

 

Technical Specifications

 

The Pouring Ladle is manufactured from corundum-mullite ceramic materials with controlled chemical composition and physical properties to meet high-temperature casting requirements. 

 

Property

Parameter

Chemical Composition

 

Al₂O₃

≥90%

SiO₂

≥6%

Physical Properties

 

Bulk Density

≥2.9 g/cm³

Apparent Porosity

≥20%

Thermal Shock Resistance Stability (100℃ Water Cooling)

≥10 cycles

Maximum Service Temperature

1750℃

 

Available Specifications and Molten Steel Capacity 

No.

Outer Diameter × Inner Diameter × Outer Height × Inner Height (mm)

Molten Steel Capacity

1

196 × 170 × 255 × 230

15 KG

2

213 × 180 × 247 × 230

30 KG

3

220 × 180 × 267 × 250

35 KG

4

245 × 210 × 260 × 230

40 KG

5

276 × 237 × 280 × 260

60 KG

6

316 × 263 × 350 × 330

100 KG

7

350 × 308 × 425 × 400

150 KG

8

386 × 229 × 480 × 450

200 KG

9

440 × 400 × 585 × 545

400 KG

 

Product Advantages

 

Excellent Thermal Shock Resistance
The ceramic structure provides strong resistance to rapid temperature changes, allowing the pouring ladle to withstand repeated heating and cooling conditions during casting operations.
Stable Chemical Performance
The material demonstrates good chemical stability during contact with molten steel, hhelping reduce contamination risks during molten metal transfer.
Strong Slag Resistance
The dense ceramic surface reduces slag adhesion and helps minimize metal solution loss during pouring operations.
High Density and Smooth Surface
The smooth inner surface reduces molten metal retention and improves pouring efficiency while reducing cleaning requirements.
High Temperature Durability
High-temperature sintering provides resistance against thermal damage and mechanical impact during repeated casting operations. 

 

Manufacturing Process

Raw Material Selection

High-purity corundum and mullite materials are selected according to ceramic formulation requirements.

Material Preparation

Raw materials are processed and mixed to achieve uniform composition.

Forming Process

The ceramic body is shaped according to designed dimensions and capacity requirements.

 

High-Temperature Sintering

Controlled sintering develops the required ceramic structure for casting applications.

Final Inspection

Finished products are inspected for dimensions, appearance quality, and physical properties to ensure consistency before shipment.

 

Typical Applications

 

Precision Casting
Used for secondary pouring processes requiring stable molten metal transfer and consistent casting quality.
Steel Casting
Suitable for carbon steel and alloy steel casting operations requiring reliable ceramic pouring components.
Stainless Steel Casting
Provides chemical stability and thermal resistance for stainless steel casting environments.
Aerospace and High-Performance Casting
Applicable for industries requiring precision ceramic components, including aerospace-related casting applications.
Valve Manufacturing
Suitable for casting processes where surface quality and material consistency are important.
Powder Metallurgy
Used in high-temperature metal processing applications requiring durable ceramic containers.

 

Company Strength and Advantages

 

20+ Years of Material Manufacturing Experience
Established in 2003, ZC-TECH specializes in the development and production of advanced inorganic functional materials.
Strict Quality Management System
ISO 9001:2015 certified processes ensure standardized production control and stable material performance.
Professional R&D and Testing Support
Advanced analysis equipment and technical teams support material development, testing, and performance verification.
Application-Oriented Material Solutions
Providing material development and manufacturing support for advanced ceramic and high-temperature industrial applications.
Global Supply Experience
Supporting international customers with export experience and technical support in markets including India, South Korea, Türkiye, Russia, Spain and etc. 

 

FAQ

 

Q: Which molten metals are suitable for the pouring ladle?

A: The pouring ladle is suitable for carbon steel, alloy steel, and stainless steel casting applications.

Q: How should customers select a suitable pouring ladle size?

A: Selection should consider molten metal capacity, casting process requirements, and equipment dimensions.

Q: What information is required for customization?

A: Customers are encouraged to provide capacity requirements, existing dimensions, and application conditions for technical evaluation.

Q: What is the maximum service temperature?

A: The maximum service temperature of the pouring ladle is 1750℃.

Q: Can you support replacement of existing pouring ladle specifications?

A: Yes. Existing dimensions, drawings, or samples can be used to support replacement production and specification matching.

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