MAJR Products

06/10/2026

Not all secure environments require the same level of electromagnetic protection. TEMPEST standards help define shielding expectations based on the sensitivity of the information and the level of potential risk.

https://ow.ly/5pUH50Z6hHa

06/09/2026

Metal wire mesh is used in many EMI/RFI shielding applications because it is light, flexible, durable, and adaptable. MAJR Products offers wire mesh shielding solutions including mesh tape, grounding washers, knitted wire gaskets, and mesh over elastomer gaskets.

https://ow.ly/QLIF50Z6hzQ

06/03/2026

EMI fundamentals for spacecraft avionics & satellite applications

In spacecraft and satellite avionics, EMI can silently disrupt sensors, communications, and even mission-critical control systems. Everything from switching power supplies to cosmic radiation to ESD events can cause unwanted noise to radiate and couple through every part of a system. That’s why early EMI control, like layout, grounding, shielding, and testing is crucial for mission reliability.

Read more: https://www.edn.com/emi-fundamentals-for-spacecraft-avionics-satellite-applications/

AN OEM's avionics must be electromagnetically clean. As a product provider, how do you ensure your system can be integrated seamlessly?

06/03/2026

Cooling a data center is not just about airflow anymore. Ventilation design, evaporative cooling, and EMI shielding all play a role in protecting equipment performance while helping facilities operate more efficiently.

https://ow.ly/jGb850Z6hpY

05/28/2026

Download our white paper by MAJR Products Corporation Vice President of Electrical/EMC Engineering, Michael J. Oliver, exploring the airflow and dust filtration characteristics of EMI/RFI shielding honeycomb ventilation panels. This resource provides valuable engineering insights to help systems engineers identify the right panel sizing and cooling solutions for high-performance electronic environments.

https://ow.ly/iR2S50YXKmy

05/26/2026

Can You Quickly Calculate Shielding Effectiveness for Printed Circuit Board Shields and Other Enclosures? We Can. Grab This Calculator for Yourself.

https://ow.ly/wLz150YXKke

05/22/2026

Why Do Companies Need EMI / RFI Shielded Enclosures?

Commercial and military operations often use secure rooms and enclosures to protect sensitive data from communications interference or interception. MAJR's inventory of EMI / RFI shielding products prevents radiofrequency emissions from transmission into or out of a secured area by sealing specific apertures within the boxed enclosure.

Got questions about ? Learn more: https://ow.ly/555R50YXKaF

05/22/2026

Effective EMI shielding in data centers requires more than a standalone solution—it demands coordination across mechanical systems, electrical design, cooling, and compliance requirements.

MAJR Products works alongside engineers, designers, HVAC professionals, contractors, and project managers to develop shielding solutions built for real-world performance in complex data center environments.

Learn more: https://ow.ly/NMSC50YXK5W

05/14/2026

Today’s data centers power mission-critical operations—but they also face growing electromagnetic interference (EMI) challenges from densely packed servers, routers, and power systems. Without proper shielding, EMI can impact system stability, signal performance, and data integrity.

At MAJR Products, our shielding solutions are engineered specifically for complex data center environments, balancing EMI protection with the airflow, cooling, and accessibility modern facilities demand.

Learn more about how we do it: https://ow.ly/avEX50YXK0a

05/14/2026

Outdated infrastructure can create serious vulnerabilities in today’s high-risk electronic environments. From legacy enclosures to aging facilities and mobile systems, older shielding solutions may no longer meet modern EMI, RFI, and EMP protection standards.

Retrofitting and reverse engineering shielding solutions can upgrade existing systems without costly redesigns—helping organizations improve compliance, protection, and long-term performance.

Learn more: https://ow.ly/nemo50YXJXe