• Home
  • Industry
  • Innovation
  • Market
  • Materials
  • Products
  • Subscribe
  • Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar
  • Skip to footer

Japan Chemical Daily

Japan's leading chemical industry newspaper

Log In

Lost your password?
Forgotten Password
Cancel
  • Home
  • Industry
  • Products
  • Materials
  • Innovation
  • Market
  • Sustainability
  • Regulatory
  • About Us
    • President’s Message
    • The Chemical Daily
  • Subscribe
    • Q & A
    • Manage my Subscription
  • 日本語
    • 化学工業日報
    • 広告掲載について

Mitsubishi Chemical Develops SMC Hybrid Molding Technology for Auto Structural Materials

Oct. 27, 2017

Filed Under: Innovation, Materials Tagged With: automotive materials, carbon fiber, CPC, hybrid molding technology, Mitsubishi Chemical, PCM, prepreg compression molding, SMC

Mitsubishi Chemical Corp. has developed a hybrid molding technology for carbon fiber sheet molding compound (SMC). The firm plans to…...

Please subscribe to read the full story.

Subscribe Free Trial

Related Articles:

Kanazawa Institute of Technology Applies Existing Resin Molding Techniques to Popularize CNF
Kanazawa Institute of Technology Applies Existing Resin…
Teijin Develops New Molding Process Enabling Uniform Dispersion of Fibers With Different Specific Gravities
Teijin Develops New Molding Process Enabling Uniform…
Toray Uses New Hybrid Molding Technology to Cut Cost of CFRP Parts
Toray Uses New Hybrid Molding Technology to Cut Cost of CFRP…
Mitsubishi Chemical Develops PAN-Based Carbon Fiber With Maximum Thickness of 10 Micrometers
Mitsubishi Chemical Develops PAN-Based Carbon Fiber With…
Mitsubishi Chemical Looks to Establish Italian Mass Production Facility for Carbon Fiber SMCs
Mitsubishi Chemical Looks to Establish Italian Mass…
Toray Develops New Analytical Technology for Composite Materials, Opening the Door to Faster Structural Design
Toray Develops New Analytical Technology for Composite…
Previous Post: « Kuraray to Focus on Three Growth Areas in New Medium-Term Plan
Next Post: Japan’s Best Path Forward to Survive the Global Chemical Industry’s Changing Tides – Part 4 »

Primary Sidebar

Latest Articles

Kawasaki Leads Japan’s Push for Industrial Complexes With Hydrogen Energy, Carbon Recycling

Jun. 21, 2022

Daikin Looks to Offer Fluoropolymer Binder in Form of Binder–CNT Dispersion

Jun. 21, 2022

Toray Carbon Magic to Ramp up Support for Flying Cars

Jun. 21, 2022

Rasa Industries Eyes Increased Production of High-Performance Inorganic Materials for Compound Semiconductor Use

Jun. 20, 2022

SCEJ Works in Community Partnership to Restructure Shunan Complex

Jun. 20, 2022

Most Popular

  • Sekisui Chemical Starts up Biorefinery Demonstration Plant
  • Tokuyama to Produce Green Hydrogen with New Alkaline Water Electrolyzer Using Diaphragm Process
  • Asahi Kasei Aims for Swifter Commercialization With Integrated Electronic Materials and Components Business
  • Kuraray Moves to Offer Range of New Materials for Sports & Outdoor Wear
  • Interview: MCHG Executive VP Yoshihiro Ikegawa Discusses Move to Make Petrochemical and Carbon Businesses Independent

Tags

asahi kasei Automotive automotive materials batteries china CO2 CO2 emissions coronavirus electric vehicles environment ethylene EV health care industry trends interview investments LiB LiB materials M&A market conditions medical METI Mitsubishi Chemical Mitsubishi Chemical Holdings Mitsui Chemicals new facilities new materials petrochemical pharmaceutical polypropylene production production increase R&D recycling semiconductors Showa Denko strategy Sumitomo Chemical supply and demand Teijin thailand Toray tosoh U.S. ube industries

Footer

Log In


Lost your password?
Forgotten Password
Cancel

Links

Home
About
広告掲載について
Terms of Use
Privacy Policy
Legal Notice
Notation on the Specified Commercial Transaction Act
Contact us

© 2016–2022 The Chemical Daily Co. Ltd., Bonuterra Inc. All Rights Reserved.

japan-industry-news-network_logo

Copyright © 2022 · Chemical Daily v2 on Genesis Framework · WordPress · Log in