Technology patented under patent nº 201100705
“Electromagnetic Radiation Guard”
Devices certified according to European Directive 2001/95/CE
PROTECTION AGAINST RADIATION ISSUED BY MOBILE TELEPHONES, WI-FI, TELEPHONE ANTENNAS...
EXCLUSIVE TECHNOLOGY, THE EFFICIENCY OF WHICH WAS FEATURED IN A SCIENTIFIC JOURNAL
TECHNOLOGY PATENTED BY PRANAN
Has been tested in universities and research centres
WE PUBLISH THE ASSAYS CARRIED OUT ON OUR DEVICES, SHOWING THE METHODOLOGY USED, RESULTS AND SIGNATURE AND CONTACT DETAILS OF THE SCIENTIST IN CHARGE OF THE RESEARCH.
PHIWAVES graphene . PERSONAL PROTECTION AGAINST ELECTROMAGNETIC RADIATION. A state-of-the-art device manufactured with graphene and laser technology,...more..
PHIONE Graphene NEUTRALISES THE EFFECTS OF RADIATION EMITTED BY MOBILE PHONES. PHIONE Graphene is a device that...more..
DESCANS@ PROMOTES REST AND PROTECTS US FROM RADIATION WHILST WE SLEEP. The ever-increasing need to maintain...more..
PHIONE It neutralizes the radiation emitted by mobile cell phones. Used as protection against radiation emitted...more..
PHIWAVES Personal protector against electromagnetic radiations. Just carry it on. It provides protection against electromagnetic radiation from...more..
- 05.06.18 The scientific journal “International Journal of Advanced Complementary and Traditional Medicine” published an article titled “Technology to protect against environmental electromagnetic fields” written and developed by American scientist James L. Oschman. The research explores the mechanisms used by Pranan…
STUDIES ON THE EFFECTIVENESS OF PRANAN TECHNOLOGY AS AN EFFECTIVE PROTECTOR AGAINST EMF ACCEPTED FOR PUBLICATION IN SCIENTIFIC JOURNAL30.06.16 - This represents a milestone given that it is the first and only scientific paper on specific technology to protect against electromagnetic radiation. The “European Journal of Integrative Medicine” has published a paper on the research carried out by…
Pranan Technologies signs a collaboration agreement with the Polytechnic University of Catalonia (UPC).01.03.14 The goal of this agreement is the realization of a research and development project aimed to study the behavior of certain nanomaterials of metals and minerals in presence of electromagnetic radiation.