Ladle Coating Agent

Product Description

Specifications of Ladle Coating Agent

Liquid coating agent for die casting is used on the ladle surface for protecting the iron pouring ladle and increasing the life cycle of iron pouring ladle. This coating agent has high heat resisting performance 1500 to 1600 C and bonding strength.

Packaging and Delivery
This coating agent is packed in metal barrel of 20KG
It is delivered within 3 days if in stock

Storage and Transportation Conditions
It is necessary to maintain temperature between 0 to 40 C during storage and transportation in order to avoid freezing or exposing to the sun.

A Ladle Coating Agent is a specially designed refractory material used on the inner surface of steelmaking and foundry ladles to protect the lining from erosion thermal shock and chemical attack. It creates a strong protective layer between molten metal or slag and the ladle surface which helps increase the life of the refractory lining. Made from high quality materials such as alumina silica or magnesia ladle coating agents are easy to apply provide good adhesion and dry quickly. They prevent metal penetration reduce unwanted build up and minimize the chances of damage during high temperature operations. By lowering the need for frequent maintenance and reducing refractory consumption these agents help save costs and improve efficiency. They also ensure safe handling by reducing the risk of lining failure. Ladle coating agents are widely used in steel iron and non ferrous industries for consistent and reliable performance.

Durable Protection for Iron Pouring Ladles

Our Ladle Coating Agent is engineered to deliver outstanding protection for ladles in demanding iron pouring operations. The advanced formulation ensures enduring resistance against high temperature and metal corrosion, thus preserving the structural integrity and service life of your equipment.


Exceptional Heat Resistance

Withstanding temperatures of 1500C to 1600C, this coating agent delivers exceptional thermal resistance. It helps prevent premature ladle wear, cracking, and damage from intense heat cycles experienced in foundry and smelting applications.


Safe Application Process

For optimal results, the ladle surface must be cleaned and dried before application. The coating is then evenly spread on the internal surface, followed by thorough drying or baking as specified in the instructions. Due to its poisonous nature, it is vital to follow all recommended safety practices during use.