What is this invention?

Socket installation structure of refractory article

If you are looking for a way to keep your refractory articles gas-tight, then check out the KROSAKIHARIMA CORPORATION socket installation structure.

The socket installation structure of a refractory article is designed to prevent gas leakage. A first flange is provided between an outward end and an inward end of the socket, and a face of the first flange on the side of an inward end thereof is bonded to the article body of the refractory article through a sealing material. Further, a face of the first flange on the side of an outward end thereof faces a metal plate disposed around outward end or second flange provided on side outwardend. The low thermally-conductive material layer made from low thermally-conductive material has thermal conductivity at room temperature 40 (W/(m·K)) or less.

What are some key features of the invention?

• Socket installation structure
• Refractory article
• First flange
• Inward end
• Outward end
• Sealing material
• Face of first flange on side of inward end
• Bonded to refractory article through sealing material  & metal plate disposed around outward end or second flange provided on side of outward end.

What are some similar inventions on the market?

There are a few similar products on the market, but the KROSAKIHARIMA CORPORATION socket installation structure is likely to be more effective at preventing gas leakage. Some other similar products include the VEMAFLEX SOCKET INSTALLATION STRUCTURE and KASTEEL CORPORATION PRESSURE-TESTING SET.

How could this be used?

One possible application for a socket installation structure of refractory articles is to prevent gas leakage. The first flange between the outward end and inward end of the socket is designed to be bonded through a sealing material, while the face on the side of an inward end facing away from the metal plate or second flange prevents any gases from escaping. This type of installation can be used in applications such as furnaces and boilers where it is important to keep emissions low.

What are some things to look out for with this?

There are a few risks associated with the use of refractory articles. One risk is that gas can escape from the article if it ruptures or fails in some other way. Another potential risk is that heat will be lost through contact between the metal plate and the low thermally-conductive material, potentially leading to an unsafe condition.

What are the overall impressions of this invention?

I think the KROSAKIHARIMA CORPORATION socket installation structure is a great option for preventing gas leakage. It seems to be effective and easy to use, which is why I recommend it.

Here is a poem describing the invention

There once was a refractory article
Whose socket installation structure
Was designed to prevent gas leakage--
A first flange was provided
Between its outward and inward ends,
And the face of this flange on the side of the inward end
Was bonded to the article body through a sealing material.

Who owns this patent?

KROSAKIHARIMA CORPORATION

Document Number: 11213886