What is the new product that Japan Material Technology Research has started selling?

It is a bifunctional linkage benzoxazine called 'BBzP'.

What are the main features of BBzP?

High heat resistance, low moisture absorption, low dielectric properties, and low curing shrinkage. Additionally, it has a high glass transition temperature of about 250°C and a low melting point of about 117°C, making it excellent for processing.

What applications are expected for BBzP?

It is expected to be used in a wide range of fields requiring high heat resistance and high reliability, such as electronic materials (encapsulants, substrate materials, adhesives, etc.), aerospace materials, and heat-resistant adhesives.

Can you provide an overview of Japan Material Technology Research?

Established in August 2015, headquartered in Chuo-ku, Tokyo, with a capital of 300 million yen (including capital reserve). The company operates in the functional materials business.

Where can I go to inquire about the products?

You can use the contact form on the official website of Japan Material Technology Research (https://www.jmtc.co.jp/contact/).

AI News NQ Analysis

Nihon Zairyo Giken Launches Difunctional Linked Benzoxazine 'BBzP'

NQ Score 83/100

N1 Content Completeness 90

AI Summary (NQ-processed)

Nihon Zairyo Giken has launched 'BBzP,' a new difunctional linked benzoxazine featuring high heat resistance, low moisture absorption, and low dielectric properties. While achieving a high glass transition temperature (Tg) of approximately 250°C, it maintains a low melting point of about 117°C, facilitating ease of processing. The company anticipates applications in electronic materials, aerospace, and heat-resistant adhesives.

AI Analysis

Frequently Asked Questions

Q: What is the new product that Japan Material Technology Research has started selling?: A: It is a bifunctional linkage benzoxazine called 'BBzP'.
Q: What are the main features of BBzP?: A: High heat resistance, low moisture absorption, low dielectric properties, and low curing shrinkage. Additionally, it has a high glass transition temperature of about 250°C and a low melting point of about 117°C, making it excellent for processing.
Q: What applications are expected for BBzP?: A: It is expected to be used in a wide range of fields requiring high heat resistance and high reliability, such as electronic materials (encapsulants, substrate materials, adhesives, etc.), aerospace materials, and heat-resistant adhesives.
Q: Can you provide an overview of Japan Material Technology Research?: A: Established in August 2015, headquartered in Chuo-ku, Tokyo, with a capital of 300 million yen (including capital reserve). The company operates in the functional materials business.
Q: Where can I go to inquire about the products?: A: You can use the contact form on the official website of Japan Material Technology Research (https://www.jmtc.co.jp/contact/).