MATERIALS FOR WEIGHT AND PERFORMANCE

High-Performance Polymers for Selected Aerospace Uses.

Aerospace components can require low weight, dimensional control, temperature capability, electrical insulation, wear resistance and resistance to fuels, lubricants or cleaning fluids.

Engineering plastics may be evaluated for selected bushings, guides, insulators, spacers, seals, brackets, fixtures and production tooling where their property combination fits the design.

ZERO supplies semi-finished rods and sheets for further machining. Flight use, safety-critical use and regulatory compliance must be approved by the customer using the exact material grade and applicable aerospace standards.

LIGHTWEIGHT DESIGN
Reduce mass where the validated polymer grade meets the requirement.

GRADE VERIFICATION
Mechanical performance and documentation must match the exact application.

AEROSPACE PERFORMANCE REQUIREMENTS

Properties That Require Grade-Level Verification.

Aerospace selection must consider the full load case, environment, service life and required documentation.

01 · WEIGHT

Lightweight Performance

Reduce component mass where polymer properties satisfy the structural requirement.

02 · TEMPERATURE

Temperature Capability

Retain required properties across operating, storage and thermal-cycle conditions.

03 · STIFFNESS

Strength & Stiffness

Support static, dynamic and assembly loads within the validated design envelope.

04 · DURABILITY

Creep & Fatigue

Consider long-term deformation and repeated loading throughout the service life.

05 · FLUIDS

Fluid & Chemical Resistance

Evaluate fuels, lubricants, hydraulic fluids, cleaners and environmental exposure.

06 · COMPLIANCE

Traceability & Compliance

Confirm grade identity, documentation and required aerospace specifications before use.

TYPICAL COMPONENTS

Potential Machined Parts and Tooling Applications.

These examples are application directions only. The customer must validate the specific part, grade and regulatory suitability.

01 / MOTION

Bushings & Bearings

Selected low-friction supports for motion and linkage assemblies.

02 / SEALING

Seals & Rings

Machined profiles for validated temperature, fluid and pressure conditions.

03 / ELECTRICAL

Insulators & Spacers

Electrical separation and mechanical positioning in selected assemblies.

04 / ROUTING

Cable & System Supports

Clamps, guides and support blocks for selected routing applications.

05 / STRUCTURE

Brackets & Structural Parts

Lightweight machined components where the validated polymer grade meets requirements.

06 / TOOLING

Fixtures & Ground Tooling

Nests, locators, guides and handling parts for production and maintenance.

AEROSPACE FAQ

Before Selecting an Aerospace Material.

These answers are general. Qualification and approval must use the exact grade, documentation and component requirements.

No. Properties, additives, manufacturing controls, traceability and certifications differ by grade and supplier. Only the exact specified grade and documentation can be evaluated.

They may replace metal in selected designs where the validated polymer grade satisfies structural, thermal, environmental, fire-performance and regulatory requirements. Engineering approval is essential.

Glass- or carbon-fiber reinforced grades may be evaluated when additional stiffness, strength or dimensional performance is needed. Directional properties, fatigue and machining behavior must also be considered.

ZERO can discuss stock shapes for jigs, nests, locators, guides and ground-use tooling. The customer should define the required grade, tolerances, environment and documentation.

Please provide the drawing, component classification, exact material or target specification, load case, service environment, required documentation, stock dimensions, quantity and destination.