3oz Electrodeposited Shielding 1320mm Width Pure Copper Foil

Quick Detail:

1. 3oz 0.105mm thickness 1320mm width

2. MOQ 200kg

3. High Elongation and high tensile performance

4. Using for MRI RF Room or Faraday Cage Shielding Field

Description:

1. Lightweight

2. Copper Serves as an eddy current shield for EMI Protection.

3. Copper with 1320mm width or wider, can be more easy to install, especially for roofing, wall and floor.

4. Necessary to prevent RF noise from entering into the MRI scanner and distorting the image. Copper is

generally considered the best shielding for MRI rooms compared with Al and GL..

Easily and quickly modified on site

5. High-performance, vertically-supported modular enclosure

Specification:

Jovvi(Beijing Hengtai Tech Co., Ltd) was established in 2010. The company adheres to the development concept of “integrity all over the world and conducts all continents”, adheres to the business policy of “strive to create greater value for customers”,  and is committed to providing , MR shielding and CT protection ,PET-CT, SPECT Nuclear Medicine sector.. For the nuclear medical field, our JOVI aims to designs and builds systems and equipment for the safe treatment of radioactive substances used in Nuclear Medicine, guaranteeing minimum exposure to the operator, total decontamination and inalterability in any working condition.  By 2025, our Jovi have been used in more than 90 countries and regions around the world, and established long-term and stable cooperative relationships with customers. We are a dynamic and innovative system working in synergy to satisfy market needs with a wide range of action. Being constantly ready to anticipate customer needs with innovative solutions and cutting edge technologies has made us a competent and reliable reference point.  In the future, we will actively participate in innovation and change in the industry, work with partners to promote the development of the field of medical shielding, protection and nuclear medicine, continuously improve and improve our service system, and continue to contribute to the medical cause of all mankind.