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Posted on January 12, 2021

The Significance of Pressure and Temperature in Aerospace Hydraulics

Internal and ambient pressure conditions, temperature extremes, materials, speed, weight, and fluid compatibility are some of the primary considerations in aircraft design.

Posted on January 04, 2021

The Vital Role of Hydraulic Systems in Aircrafts

Hydraulic Systems: The Heart and Arteries of Aircrafts

Hydraulic systems are used on aircraft to move and actuate landing gear, flaps and brakes. Larger aircraft rely heavily on these systems for flight controls, spoilers and thrust reversers. These systems are reliable due to using hydraulic fluid that is virtually incompressible and able to transmit

Posted on December 17, 2020

Identifying the Components Within an Aircraft's Hydraulic System

 

Hydraulic System Components in Aircraft

Though the same basic components are typically used across most aircraft, from a twin engine Cesena to a Boeing 787, hydraulic systems will vary depending on the size of the aircraft and the complexity of the application.

Posted on December 09, 2020

What are the Three Tiers in the Aerospace Supply Chain?

As with many other major industries such as automotive and medical equipment, the tier supplier network in aerospace is comprised of those who provide a variety of essential materials and commodities that are used to manufacture a finished product. There are three primary levels of segregation for tier suppliers; Tier 1, Tier 2 and Tier 3. Each of these tiers plays a significant role in the supply chain to aerospace OEMs and the support of U.S. military readiness. First we need to understand who the OEM is.

Posted on December 03, 2020

5 Major Segments of U.S. Aerospace & Defense

U.S. Aerospace & Defense Comprises 5 Major Segments

Commercial Aviation
The general aviation commercial aircraft segment is comprised of private companies that design, manufacture and service commercial aircraft, helicopters, commercial unmanned aerial vehicles, business jets & personal aircraft. 

Posted on November 25, 2020

The Impact of Aerospace & Defense on the U.S. Economy

The U.S. Aerospace & Defense industry is the world’s largest manufacturer of highly advanced aircraft, space systems and defense equipment. For over a century the aerospace and defense industries in America have been pivotal in creating the most superior military on the planet. As the technological leader in design and development the United States’ significant achievements have lead the way for today’s modern communication, transportation and medical achievements throughout the world. The Aerospace & Defense industry continues to be one of the largest employers and serves as the nation’s economic baseline through its vast supply chain; from the world’s largest defense contractors, down through the three primary manufacturing tiers. From major contractors such as General Dynamics, to tier one manufacturers such as little known Inseego’s IoT products and more widely known industrial manufacturers such as Babcock & Wilcox, all the way to local machine shops, the military industrial complex is the strongest segment in U.S. manufacturing. The system is tightly controlled, requiring participants to follow rigorous specifications such as ITAR registration (International Traffic in Arms Regulations), be in good standing on the QPL (Qualified Parts List) and Nadcap accredited (National Aerospace and Defense Contractors Accreditation Program).

Posted on January 09, 2020

What It Means To Be ITAR Compliant

What is ITAR?

Throughout the past few years, Brennan has earned many certifications and accreditations—one of these being ITAR (International Traffic in Arms Regulations). All manufacturers, exporters, and brokers of defense articles, services, and data must be ITAR compliant. For Brennan, being ITAR compliant has allowed us to expand our product line and customer base. It requires processes that control the manufacturing, sale, and distribution of defense and space-related articles and provides protection over product, blueprints, and our domestic manufacturing facility.

Posted on December 19, 2019

Crucial Components to Aerospace & Defense Market Entry

In April of 2017, Brennan Industries took the first step in entering the Aerospace market and became AS9100C and NADCAP certified meaning our fittings became approved for civilian aerospace applications. Approximately one year later, in June of 2018, we became ITAR compliant which expanded our product line and customer base requiring regulations that control the manufacturing, sale, and distribution of defense and space-related articles. Entering these new markets expands our capabilities and allows us to be a contender in a continually growing and developing industry. 

Posted on May 16, 2018

Diane Swencki Joins Brennan As National Aerospace/Manufacturing Product Manager

We’re excited to welcome new National Aerospace/Manufacturing Product Manager, Diane Swencki, to our team at Brennan. She will be working out of Brennan’s manufacturing facility in Euclid, Ohio.

Posted on November 30, 2017

Flared vs Flareless Fittings in the Aerospace Industry

Both flared and flareless fittings are commonly used in the aerospace industry, depending on the application. The AN (Army-Navy) military standard calls for tighter tolerances and defines all fitting types, where the JIC uses AN specifications as the base line for their own standards and covers fewer sizes. 

Posted on November 28, 2017

O-Ring Boss Fittings in the Aerospace Industry

In the aerospace industry,  O-rings are very popular among equipment designers because of their leak-tight connections, typically using a 90 durometer, Buna-N (Nitrile) O-ring. There are two primary types of O-ring boss fittings:

Posted on November 02, 2017

Six Types of Commonly Used Aerospace Fittings

Fitting Types

In the aerospace industry,  sections of tubing are usually attached with flared or flareless (compression type) fittings, unlike steel pipe. The SAE Aerospace Standard (AS) establishes the requirements for fittings that are used in all types of fluid systems. 

Some additional information in one line

 

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