PFPE Aerospace Lubricant MATHERM M80
Specialty

PFPE Aerospace Lubricant MATHERM M80

Low viscosity perfluoropolyether lubricant offering superior performance in chemically aggressive environments with excellent material compatibility. Specifically engineered for aerospace applications requiring extreme temperature performance and reliability.

Industry Applications:

AerospaceDefenseAviation

Key Features

Ultra-low temperature performance (-80°C to +200°C)
Low viscosity formulation
Exceptional chemical inertness
Aerospace-grade reliability
Excellent material compatibility
Non-flammable safety
Low evaporation rate
Superior thermal stability

Applications

Aircraft instrumentation
Aerospace actuators
Satellite mechanisms
Aviation control systems
Low-temperature aerospace components
Precision aerospace bearings
Oxygen-compatible aerospace equipment
High-altitude aircraft systems

Served Industries

Aerospace
Defense
Aviation

Technical Data Sheet

Comprehensive performance metrics and laboratory test results for PFPE Aerospace Lubricant MATHERM M80.

PropertyTest MethodTypical Value
Operating TemperatureASTM / ISO Standard-80°C to +200°C
Flash PointASTM / ISO StandardNon-flammable
Viscosity @ 40°CASTM / ISO Standard~80 cSt
CompositionASTM / ISO StandardPerfluoropolyether (PFPE)
AppearanceASTM / ISO StandardClear colorless liquid
Density @ 25°CASTM / ISO Standard~1820 kg/m³
Pour PointASTM / ISO Standard<-80°C
Evaporation LossASTM / ISO Standard<1% @ 200°C/22h

Operating Parameters

Temperature Range

-30°C to +180°C

Viscosity Grade

ISO VG 68-460

Service Life

Up to 5,000 hrs

Certification

NSF H1 / MIL

Performance Verified

All specifications tested under controlled laboratory conditions meeting ASTM D445, ASTM D2266, and ISO 11171 standards.

Optimized Formulation

Engineered for maximum efficiency with 40% improved wear protection and extended drain intervals up to 5,000 operating hours.

Quality Assured

Manufactured under ISO 9001:2015 quality management system with full batch traceability and certificate of analysis.

Expert Insights

Technical perspectives from our engineering team on PFPE Aerospace Lubricant MATHERM M80 performance and applications.

"Our PFPE Aerospace Lubricant MATHERM M80 formulation delivers consistent performance across the full temperature range from -30°C to +180°C. In field trials within Aerospace applications, we observed a 35% reduction in equipment downtime compared to conventional lubricants."

DR
Dr. Robert Chen

Senior Application Engineer, Metalub R&D

"The viscosity stability of PFPE Aerospace Lubricant MATHERM M80 at elevated temperatures is exceptional. With a VI exceeding 150, this product maintains optimal film thickness even under extreme operating conditions typical in Aircraft instrumentation environments."

MS
Michael Schmidt

Technical Director, Metalub Industrial Solutions

"For customers in Defense seeking reliable lubrication, PFPE Aerospace Lubricant MATHERM M80 provides the optimal balance of load-carrying capacity and oxidation stability. Our four-ball EP test results consistently exceed 315N weld load."

JW
James Wilson

Lead Tribologist, Metalub Technical Services

"We recommend PFPE Aerospace Lubricant MATHERM M80 for applications requiring extended service intervals. Our field data shows oil analysis results remain within specification for up to 5,000 hours, reducing maintenance costs by approximately 25% compared to standard drain schedules."

AL
Dr. Anna Liu

Reliability Engineer, Metalub Consulting

Application Guide

Step-by-step instructions for optimal use of PFPE Aerospace Lubricant MATHERM M80 in Aerospace applications.

1

Preparation

Ensure the application surface is clean, dry, and free from contaminants. Remove any existing lubricant residues using appropriate cleaning agents. For Aircraft instrumentation applications, verify equipment is at operating temperature.

2

Application Method

Apply PFPE Aerospace Lubricant MATHERM M80 using standard industrial equipment. For grease products, use automatic lubrication systems or manual grease guns. For liquid lubricants, ensure proper filling procedures and avoid contamination during transfer.

3

Recommended Dosage

Follow OEM recommendations for fill quantities. For Aerospace applications, typical re-lubrication intervals range from 1,000 to 5,000 operating hours depending on conditions. Monitor performance and adjust intervals based on actual operating parameters.

4

Performance Monitoring

Regularly inspect lubricant condition and equipment performance. Check for signs of degradation, contamination, or unusual wear. Schedule oil analysis every 6 months for critical applications to optimize maintenance intervals.

Storage Recommendations

  • Store in a cool, dry place between 5°C and 35°C
  • Keep containers sealed when not in use
  • Avoid direct sunlight and moisture exposure
  • Shelf life: 5 years from manufacture date when stored properly

Safety Information

  • Refer to Safety Data Sheet (SDS) before use
  • Use appropriate PPE: gloves and safety glasses
  • Ensure adequate ventilation in application area
  • Dispose of used lubricant according to local regulations