New Arrival China Gpo3 Pultruded Profiles - EPGC Molded Electrical Insulation Profiles – D&F
New Arrival China Gpo3 Pultruded Profiles - EPGC Molded Electrical Insulation Profiles – D&F Detail:
The raw material of EPGC molded profiles is multi- layer epoxy glass cloth, which is molded under high temperature & higher pressure in special developed mould.
Based on users’ requirement we can do such electrical insulation profiles of EPGC201,EPGC202, EPGC203, EPGC204, EPGC306, EPGC308,etc. For the mechanical & electrical performances, please refer to those of EPGC sheets.
Based on users’ requirement we can do such profiles of EPGC201,EPGC202, EPGC203, EPGC204, EPGC306, EPGC308,etc. For the mechanical & electrical performances, please refer to those of EPGC sheets.
Application: These epoxy glass cloth molded profiles can be machined into different insulation structural parts based on users’drawings and technical requirements.
The following is our current specification for EPGC molded profiles. D&F can also customize the other EPGC profiles based on both sides’ negotiated requirements.
Product detail pictures:
Related Product Guide:
We now have our individual sales group, layout team, technical team, QC crew and package group. Now we have strict high-quality control procedures for each procedure. Also, all of our workers are experienced in printing discipline for New Arrival China Gpo3 Pultruded Profiles - EPGC Molded Electrical Insulation Profiles – D&F , The product will supply to all over the world, such as: Canada, Romania, Amsterdam, We integrate all our advantages to continuously innovate, improve and optimize our industrial structure and product performance. We will always believe in and work on it. Welcome to join us to promote green light, together we will make a better Future!
By Adelaide from Uruguay - 2017.06.29 18:55
The company account manager has a wealth of industry knowledge and experience, he could provide appropriate program according our needs and speak English fluently.
By Barbara from Iran - 2018.11.04 10:32
