Aerospace & Defense
The market calls for weight savings to improve fuel efficiency and reduce greenhouse gas emissions. Among the series of advanced engineering plastics and general engineering plastics provided by Hony Plastic Advanced Materials, some high-specific-strength materials with resistance to industrial chemicals, temperature resistance, wear resistance, and high-efficiency processing are used in this field.
Our technical service and development team can guide you when selecting our materials to ensure you get the best and most cost-effective solution.
Advantage
Reduce component weight, improve fuel efficiency, and increase payload
No galvanic corrosion when in contact with carbon fiber composites
Reduced friction, requiring little or no lubricant on friction surfaces
High abrasion resistance, superior to other polymers
Thermal insulation of critical electronic components and other structures
Good corrosion resistance to all general aviation hydraulic fluids
Provides a cost-effective alternative to aluminum, titanium and other metals
Serve
Hony Plastic serves industries and customers around the world. For main contractors, first-tier and second-tier suppliers, we provide a full range of material
discussions and application assistance. Our solutions are implemented through the supply of semi-finished profiles, near-net profiles,
or finished components through our technical centers processing partners.
We can ensure that products are in place when you need them.
Application
Airplane
Hony Plastic provide Mitsubishi Chemical Advanced Materials' materials which are found in all types of aircraft: fixed wing, rotary wing; commercial, military;
corporate, private; manned, unmanned.Whether it is components with wear-resistant surfaces, bushings for special shut-off devices, or seals for hydraulic systems,
Mitsubishi Chemical Advanced Materials' materials are used in a wide range of applications.
Every major system within an aircraft can benefit from the enhanced properties of materials from Mitsubishi Chemical Advanced Materials.
Cabin and Engine
The engine's external surface temperature can exceed 350°C, which is typically the hottest part of an aircraft.
Airplanes typically cool their surfaces with cold air during flight, however, reverse thrust during landing can result in hot air.
We provide high temperature resistant materials to meet the design requirements of engineers and designers for this part.
Product
Application
Duratron®CU60 PBI
Thermal Insulators High and Temperature Bushings
Duratron®PI Duratron®PAI
High temperature bushings and brackets
Ketron®PEEK
Bushings, friction surfaces, fuel pipes
Techtron®PPS
Bushings, friction surfaces, fuel pipes, brackets
Fluorosint®500 Fluorosint®HPV
Seals, Gaskets
Landing device
Whether the main or nose gear, this major system in an aircraft is where turbulence-induced vibrations are most severe. While the typical operating temperature range is between -40 °C and 70 °C, temperatures near the brakes can exceed 650 °C. Mitsubishi Chemical Advanced Materials can provide a series of lightweight, outstanding high-temperature change resistance, self-lubricating, shock-resistant, chemical-resistant and wear-resistant materials.
Product
Application
Nylatron®
Bracket, friction surface
Ketron®PEEK
Bushings, sealing rings, friction surfaces
Techtron®PPS
Bushings, friction surfaces, brackets
Fluorosint®500
Seals, Gaskets
Fluorosint®HPV
Duratron®CU60 PBI
Thermal insulators, high temperature bushings
Duratron®PI
High temperature bushings and brackets
Duratron®PAI
Wing and Control System
The wings are the parts that control the lift and roll of the plane. Hydraulic actuators control the flaps and ailerons on the wings, the rudder on the vertical stabilizer and the elevator on the horizontal stabilizer. Materials from Mitsubishi Chemical Advanced Materials are used in friction plates on control surfaces, seals in actuators, and ducts in deicing systems.
The fuel tanks are also inside the wings. We offer materials resistant to aviation fuel and used in pump valves. Antistatic materials are also available upon request.
Product
Application
TIVAR®UV
Sliding pad
Nylatron®GS
Friction surface, guide block
Ketron®PEEK
Bushing, sealing ring, friction surface, oil pipe
Techtron®PPS
Bushings, friction surfaces, oil pipes, brackets
Fluorosint®500
Seals, gaskets, seats
Fluorosint®HPV
Duratron®PAI
Inlet sealing ring, oil pipe, pump bushing
Built-in and built-in systems
Any configuration within the aircraft fuselage, such as: air conditioning systems (HVAC), fresh water and wastewater systems, cargo systems, or luggage racks, seats, service carts, and flaps in the passenger cabin, can be considered interior.
Mitsubishi Chemical Advanced Materials provides weight-saving, chemical-resistant, flame-retardant, smoke-free, and non-toxic materials for today's aircraft interiors.
Product
Application
Ketron®PEEK
Bushings, friction surfaces, rollers, tubes, brackets
Techtron®PPS
Bushings, friction surfaces, rollers, tubes, brackets
Fluorosint®500
Tube seals, gaskets
Fluorosint®HPV
Duratron®PAI
Bushings, fastening parts
