Advanced Engineered Polymer Solutions for extreme Environments in the Oil & Gas Industry
Mitsubishi Chemical Advanced Materials is a leading global manufacturer of high-performance thermoplastic materials in the form of semi-finished products and finished parts.
Our materials support cutting edge applications for Compressors & Pumps
We develop materials with full NORSOK - M710 and ISO 23926 compliance. Our materials used in Oil & Gas applications are versatile and benefit multiple segments in the market.
No matter if you are using a turbo compressor turning at 60,000 rpm or a piston compressor turning at 500 rpm - our product portfolio and Engineered Solutions allow our technical service team to apply the right solution for your application.
Applications
Labyrinth Seals - and the Effects of Corrosion
Our materials resist to extremely corrosive environments and boost compressors and pumps efficiency.
Polymer Sealing Components for longer Lifetime
Poppets, Back-up Rings, Valve Plates and Connectors last up to 50% longer than traditional ones.
Biodegradables / Dissolvables Frac Plug Components
Our biodegradable polymer has higher mechanical strength, resulting in cost-effective dissolution.
High-Performance Polymers meeting Industry Standards
NORSOK M-710
Mitsubishi Chemical Advanced Materials was the world’s FIRST to earn NORSOK M-710 compliance and provides the most accurate and reliable data on their stock shapes.
Tested according to ISO 23936 requirements for non-metallic materials, MCAM's high-performance plastic stock shapes have passed the tests under harsh conditions concerning temperature, pressure, duration and chemical influence.
Get in Touch!
White Paper
Our Client Stories
2-3x longer mean time between repairs
Up to 50% less clearance than approved API metal
5 - 10% cost savings in upstream integrity management systems
Materials & Processing
- Wide range of high temperature operating materials
- NORSOK M-710 and ISO 23926 compliance
Production Parts
- Extensive in-house stock of shapes
- Vertical integration for tight control of critical operations
