The presentation is an exceptionally commendable efforts. Thank you very much for bringing so much knowledge in the public domain. Let the technology spread in the greater interest on environment, habitants and global warming. A positive movement to save trees.
Hi, nice presentation! A clarification - you compare the performance to glass fibres. But a layup of Bcomp's ampliTex+powerRibs (all natural fibres, just different architecture) can match the performance (stiffness to weight) of carbon fibres. Hence these are used in motorsports bodywork, actually in all of the examples displayed in the presentation such as the McLaren F1 seat, Porsche GT4 bodywork, eScootr bodywork etc. ampliTex is also used in the Green Nacelle and Flax sailing boat by GreenBoats that are shown. All the best!
Thanks for the clarification, indeed the combination of Bcomp AmpliTex and PowerRib can provide a comparable specific bending stiffness to carbon. Definitely Bcomp flax is the reinforcement of choice for high performance applications👍🏻
awesome ! the PCB substrate is fascinating !- making ti 3d printing friendly would help to bring it to people's home or local 3d printers and encorage them to experiemnt more with the materials - packaging replacements for non biodegrasdable plastics could be great ecspecially making that accessible tosmall resturants and buisnesses
Thanks, so much for the presentation and all the material in the Drive! I'll definitely try and make something myself in my garage. I hope to see these materials being used more widely in de near future!
@@mohamadmidani7968@mohamadmidani7968 sir i have a natural bust fiber...and i wanna produce composite by it.i wanna produce the material with the raw fibers..also wanna keep it fully biodegradable form...so what would be the procedure to make it?should i directly add the resin on the fiber? As u have mentioned 2types of resin like laminating and infusion..what should i use?sir what kind of tests are required for composite materials?
Mohamad, thank you very much for the presentation. The best video on the subject - deep but in simple words. Could you please tell me if there should be special properties in PP, for example, as a matrix to get reinforced by NF?
Thank you for your positive feedback! It depends on whether the PP is in particle, fiber, or sheet form. For PP in fiber form that is commingled (intimately blended) with natural fiber, they should have length in the range of 6 cm, they need to be crimped and free from any surface lubricants (spin finish). Other general features with all forms, to have a high melt flow index, and to be functionalized with Maleic Anhydride to enhance the bonding with the natural fiber.
This tech has been there for thousands of years and jute-hemp-flax mixes create appropriate fabrics for composites, besides there are binderless as Coco by hot pressing. Biocomposites are a way to end with salary work, trade, economy and money as they were engaged to control the distribution of limited resources as fossil energy or metals
The presentation is an exceptionally commendable efforts. Thank you very much for bringing so much knowledge in the public domain. Let the technology spread in the greater interest on environment, habitants and global warming. A positive movement to save trees.
Hi, nice presentation!
A clarification - you compare the performance to glass fibres. But a layup of Bcomp's ampliTex+powerRibs (all natural fibres, just different architecture) can match the performance (stiffness to weight) of carbon fibres. Hence these are used in motorsports bodywork, actually in all of the examples displayed in the presentation such as the McLaren F1 seat, Porsche GT4 bodywork, eScootr bodywork etc. ampliTex is also used in the Green Nacelle and Flax sailing boat by GreenBoats that are shown. All the best!
Thanks for the clarification, indeed the combination of Bcomp AmpliTex and PowerRib can provide a comparable specific bending stiffness to carbon. Definitely Bcomp flax is the reinforcement of choice for high performance applications👍🏻
A very engaging and fruitful illustration. Appreciated work Dr. Midani.
Thank you so much 🌹🌹
awesome ! the PCB substrate is fascinating !- making ti 3d printing friendly would help to bring it to people's home or local 3d printers and encorage them to experiemnt more with the materials - packaging replacements for non biodegrasdable plastics could be great ecspecially making that accessible tosmall resturants and buisnesses
thank you for the presentation, you explain a complex subject in simple words really it is a great work
Thanks, so much for the presentation and all the material in the Drive! I'll definitely try and make something myself in my garage. I hope to see these materials being used more widely in de near future!
Thanks for the positive feedback, I’m glad you found it helpful. Would be interested to see your garage innovations!!
@@mohamadmidani7968@mohamadmidani7968 sir i have a natural bust fiber...and i wanna produce composite by it.i wanna produce the material with the raw fibers..also wanna keep it fully biodegradable form...so what would be the procedure to make it?should i directly add the resin on the fiber? As u have mentioned 2types of resin like laminating and infusion..what should i use?sir what kind of tests are required for composite materials?
Great webinar! Many thanks
Nice Presentation. Thanks Mr. Midani
Thank you for sharing this, Sir. Very valuable info. Additionally, great and very clear communication. Perhaps, one day we can collaborate.
Thank you for your positive feedback, and I’m glad you found it helpful!
Nice presentation!
Mohamad, thank you very much for the presentation. The best video on the subject - deep but in simple words. Could you please tell me if there should be special properties in PP, for example, as a matrix to get reinforced by NF?
Thank you for your positive feedback!
It depends on whether the PP is in particle, fiber, or sheet form. For PP in fiber form that is commingled (intimately blended) with natural fiber, they should have length in the range of 6 cm, they need to be crimped and free from any surface lubricants (spin finish).
Other general features with all forms, to have a high melt flow index, and to be functionalized with Maleic Anhydride to enhance the bonding with the natural fiber.
@@mohamadmidani7968 Thank you!
Hey there, for the preforms, especially for the nonwoven variety, how are you able to make them into mats?
In my recent book there is a chapter dedicated to nonwoven preforms drive.google.com/file/d/1iz1KMGeZnNwy_2tsH8azNdGlHX3BEf9X/view?usp=drive_link
Sir can u provide me the link to download your book?
This tech has been there for thousands of years and jute-hemp-flax mixes create appropriate fabrics for composites, besides there are binderless as Coco by hot pressing. Biocomposites are a way to end with salary work, trade, economy and money as they were engaged to control the distribution of limited resources as fossil energy or metals
sir the code you mention you reach wesbite is not workin
The code was active only during the live session
@@mohamadmidani7968 can you please still send us another active code for the last chance sir.
@@A1_Homes please specify which code you need