About

Performance
We are able to draw out unique qualities from our materials to enable customers to elevate their products to new levels of performance.

Sustainability
The product we manufacture help customers reduce their energy use and, by lasting longer, reduce waste. They are also key components in many forms of sustainable energy generation.

Efficiency
We design our products to enable our customers to maximize the efficiency of their applications and processes, helping them to achieve optimum results.

Reliability
We ensure that our products perform reliably and consistently even in the most demanding environments, enabling our customers to use them with confidence in the most critical of applications where total reliability is vital.

About Us

Morgan Advanced Materials is an advanced materials technology company that provides highly engineered solutions to its chosen markets. We have a global presence with operations in more than 50 countries. From medical instruments, aerospace, power generation and satellite communications, to body armour, trains and fire protection systems, our products are fundamental components or enabling technologies for many of the modern world's sophisticated products.

Morgan Advanced Materials Molten Metal Systems Engineered Ceramics High Temperature Insulation Seals and Bearings Fire Protection Brazed Assemblies Electrical Transfer Sensors and Transducers Rotary Transfer Composits and Defence Markets





Supplier Directory Categories

Bricks
(1 Product)
Capacitors
(162 Products)
Ceramic Capacitors
(118 Products)
Crucibles
(12 Products)
Electroceramics
(14 Products)
Flow Meters
(3 Products)
Gas Flow Meters
(2 Products)
Igniters
(16 Products)
Optical Mirrors
(2 Products)
Oxide Ceramics
(5 Products)
Reflectors
(2 Products)
Slip Rings
(8 Products)
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Technical Articles

Active Brazing Joins Titanium-Graphite Beam Target for Subatomic Particle Detection (Material Fabrication and Processing Services) Active metal brazing allows metals to be bonded directly to nonmetallic materials without the need for a metallization. Using an innovative active brazing process to join titanium to graphite,... (View Full Article)
First fuel level sensor to use piezoceramic material used in new Ford GT (Carbides, Ceramics and Glass Materials) First fuel level sensor to use piezoceramic material used in new Ford GT... (View Full Article)