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Example Reports

Below is a selection of the type of work undertaken for the automotive & aerospace Industries.


CSMA Report Titles relating to Automotive & Aerospace Industries

  • Analysis of Wax Vapours By GCMS Analysis
  • XPS Analysis of Aluminium-Coated Foil Samples
  • XPS Analysis of Brown Staining on a Tungsten Carbide-Cobalt Ring
  • XPS Analysis of Gold Foil Samples.
  • XPS Analysis of Ceramic Fabric and Gold Foil Samples
  • XPS Analysis of Ceramic Fabric and Aluminium Foil Samples
  • XPS Analysis of Ceramic Fabric Samples.
  • Analysis of Titanium Blades
  • DSIMS Analysis of Four Bearing Samples
  • Investigation of Top-Coat Preparation to Assess Potential for Silicone Contamination
  • XRD Analysis of Sample Foil
  • ToF-SIMS analysis of a Surface 'Bloom' on a Coated Aircraft Canopy
  • SIMS Analysis of Inclusions in Multi-layer Coating on Acrylic Canopy
  • Surface Characterisation of Sputter-Coated Sapphire Windows using ToF-SIMS
  • DSIMS Analysis of One Bearing Section
  • Determination of the Cause of Failure of HfOX/SiOX Multilayer Coatings
  • DSIMS analysis of Two Bearing Samples
  • Investigation into the Cause of Paint Delamination Failure of Interior Instrument Panels using Surface Analysis.
  • ToF-SIMS Investigation into the Cause of the Haziness within an Acrylic Laminate Screen.
  • Investigation of the Interfacial Failure on a Coated Acrylic Sheet using XPS and ToF-SIMS
  • An Investigation into the Interfacial Failure of a Coating from the Edge of a Trial Aircraft Canopy using ToF-SIMS
  • Comparative Analyses of the Coatings on Two Acrylic Aircraft Windscreens using ToF-SIMS and FT-IR
  • Further Investigation into the Cause of a Hazy Finish on Polished PMMA by ToF-SIMS and AFM
  • An XPS Investigation into the Cause of a Hazy Finish on Polished PMMA.
  • Investigation into the Cause of Interfacial Failure on Multi-layered Glass Structures using Angle Dependent XPS
  • Investigation into the Cause of Interfacial Failure on Multi-layered Glass Window Structures Using Time of Flight SIMS.
  • Investigation into Coating Failure on Windscreen Glass using ToF-SIMS
  • Analysis of an Automotive Paint Crater by ToFSIMS
  • Surface Analysis of Paint Crater Specimens using Small Spot XPS
  • XPS Studies of the Effects of Rare Earth Surface Oxide Modification Treatments on Aluminium Alloy.
  • A LIMA study of corroded solder connections on an aircraft flap controller board.
  • Analysis of Craters in Automotive Coatings by ToF-SIMS
  • An Investigation into Coating Failure on an Engine Cylinder Bore using X-ray Photoelectron Spectroscopy.
  • A Surface Analysis Study into the Variable Adhesion of Metal Shims to Painted back Plates of Brake Pads.
  • XPS and ToF-SIMS investigation of rotor blade shield strap disbondment.
  • An XPS investigation of staining on the backs of two steel bearings
  • LIMA/AES analysis of brake pad compounds.
  • An XPS investigation of paint failure on two automotive finishers
  • An Investigation into Delamination of Foam from ABS backing, for Car Fascias, using XPS and ToF-SIMS
  • Determination of the Alloy Composition
  • Determination of the Purity of a Series of Production Solutions and Solids
  • Further XPS studies of transfer films in brake rotor / pad systems
  • XPS studies of wear on Pb loaded PTFE bushes corresponding to bearing shafts
  • To Determine the Cause of Disbondment of a Coating System on a Car Panel using X-ray Photoelectron Spectroscopy (XPS).
  • XPS analysis of powder paint coating failure on automotive window frame rails.
  • An XPS investigation of the transfer films in two brake rotor / pad systems exhibiting different wear rates
  • Analysis of Bulk Composition of Particulate Extract from "Speedfan" Machine by Energy Dispersive X-ray Analysis (EDAX)
  • XPS studies of coating failure on visors
  • Determination of the surface chemistry of three dysprosium fluoride powders using XPS
  • Determination of the Purity of Three Dysprosium Fluoride Samples by GDMS
  • XPS analysis of Metal - Elastomer interfaces after water bomb tests
  • Analysis of coating delamination from a polycarbonate visor using X-ray photoelectron spectroscopy (XPS)
  • Determination of the Purity of Two Dysprosium Fluoride Samples by GDMS
  • To Determine the Cause of Adhesion Failure Between the Clearcoat and Basecoat of a Car Bumper Section using XPS and ToF SIMS.
  • XPS analysis of seal failure on bus windows
  • A study of the adhesion of gasket to metal substrates, of different surface preparations, using X-ray photoelectron spectroscopy (XPS)
  • Investigation into paint failure on car bumpers using ToF SIMS
  • Analysis of coated polycarbonate surfaces using ToF SIMS
  • To characterise the surfaces of steel coupons after various treatments, using X-ray Photoelectron Spectroscopy (XPS)
  • XPS investigation of locus of failure of red paint on primed steel panels
  • An XPS analysis of orange-brown spots in car paint scrapings.
  • XPS study of printed circuit board corrosion failure
  • An XPS study of transfer films from the hot and cold areas of four cast iron rotors
  • A LIMA study of automotive paint contamination.
  • Analysis of cracking failure, deposits and staining on a plastic moulding using X-ray photoelectron spectroscopy (XPS)
  • An XPS study of a second set of areas on noisy and quiet brake disc / pad pairs
  • A combined XPS / LIMA study of an E/Coat defect following paint removal
  • An XPS study of an E/Coat defect on a car body panel piece
  • A comparative XPS study of transfer films on noisy and quiet brake disc / pad pairs
  • Surface Analysis of automotive paint craters by ToF SIMS
  • Investigation of disbondment of elastomer seal from a steel gasket using XPS
  • Investigation into elastomer disbondment from a steel gasket using ToF SIMS
  • Investigation into Paint Failure on Tractor Panels using ToF SIMS
  • Coating thickness measurements on tractor panels using optical microscopy
  • Analysis of coating failure on tractor panels using XPS
  • Analysis of the composition and distribution of transfer films on rotor samples using ToF SIMS
  • Surface analysis of automotive paint craters using XPS
  • Analysis of pre-treatment faults on tractor panels using XPS
  • Further investigation of automotive paint craters by Time of Flight SIMS
  • ToFSIMS Investigation of Paint Delamination
  • Comparative Surface Analysis of Three Primer Samples using XPS and ToFSIMS
  • XRF Analysis of Barytes Powder
  • Metallographic Examination of Cam Followers
  • Investigation of Cratering Problem on a Coated Panel by GCMS, XPS and ToFSIMS
  • Investigation into Deposit Formation on a Windscreen
  • Analysis of Barytes and Painted Surfaces
  • Characterisation of a Substitution Indicator and a Coating (on the Flexible Metal Strip) of a Car Windscreen Wiper
  • Surface Characterisation of a Treated Alloy for Cleanliness Validation
  • Investigation of Blistering on a Paint Coating using XPS and ToFSIMS
  • Investigation into Splitting of a PVC Plastisol Sealant Bead
  • XPS Analysis of Discolouration on Yttria Stabilised Zirconia.
  • XPS Analysis of Plasma Treated Titanium Alloy Plates.
  • Investigation of a Blistering Problem in the Coating of a Car Door
  • ToFSIMS & SEM/EDX Analysis of Paint Defects
  • Investigation into Paint Defects on Painted Car Body Panels.
  • Investigation into the Cause of Rubber Sheet Sticking to the Cast Iron Mill Rollers.
  • Investigation into Cause of Corrosion on Galvanised Car Door Panel Seals
  • Hardness Profile Measurement on a Motor Cycle Cam Shaft
  • Analysis of Corroded Condenser Components
  • Characterisation of Plasma Nitrided Stainless Steel Surfaces
  • Further Investigation of “White Spot” Features on Car Body Panels.
  • Analysis of Diesel Engine Cams and Followers
  • Investigation of White Corrosion Spot Areas on Galvanised Metal Panels.
  • Analysis of Steel Surfaces from Friction Tests Performed at Different Temperatures
  • XRD and XRF of Alumina Samples
  • Surface Analysis of Steel Related to a Phosphating Problem
  • X-Ray Diffraction of Alumina
  • Analysis of Two Gear Teeth Sections
  • DSIMS Analysis of Cam Followers
  • Investigation into Paint Delamination on an Automotive Bumper using ToF-SIMS & XPS
  • Investigation of Print Transfer/Migration on a Laminate by Optical Microscopy
  • Investigation into Pitting of Motorcycle Gear Teeth.
  • Investigation into Delamination of the Paint Layer from a Tractor Body Panel.
  • Characterisation of the NiSn Intermetallic Phase on a Bearing Cross-section.
  • DSIMS Analysis of Cam Followers
  • ToF-SIMS Analysis of Lubricant Residues on Gear Teeth
  • Analysis of PVC Plasticol with Thixotropic Properties
  • DSIMS Analysis of Gear Teeth Sections
  • A Multi-technique Investigation of Brake Pipe Corrosion.
  • FTIR , SEM/EDX and Optical Microscopy Analysis of Defects in Foam Products
  • SIMS Analysis of a Cam Follower
  • Analysis of the Wear Region of a Cam Follower using Imaging and Depth Profiling SIMS
  • Characterisation of PVC Plastisol Samples using Surface Analysis Techniques
  • SIMS Analysis of Bearing Sections
  • An XPS Study of PTFE/PPS Composite Transfer Films on Mild Steel Shafts
  • Characterisation of a Ceramic Exhaust Gas Trap using Surface Area Measurement Techniques
  • ToF-SIMS Analysis of Contaminated Boards
  • DSIMS Analysis of Bearing Sections
  • Investigation of a Zinc Based Body Panel Coating
  • Solderability Testing of capacitors
  • DSIMS Analysis of Bearing Sections
  • Solderability Testing on Copper and Alloy 42 Pins
  • Investigation of a Black Deposit on Circuit Board Connector Pins
  • DSIMS Analysis of Four Bearing Samples
  • XRD Analysis of Sample Foil
  • Further Analysis of Wire Bonding Problems in Engine Management Modules.
  • SIMS imaging Analysis of Bearing Samples
  • XPS and ToF-SIMS Analysis of Silicone Contamination on Connector Pins for Engine Management Modules.
  • Analysis of Three Electrocoat Panels Using ToF-SIMS
  • AES/ToF-SIMS Analysis of Aluminium Wire to Contact Pin Bond Failure on an Engine Management System Electronics Module.
  • Investigation into the Composition of Contaminants Harvested from Parked Vehicles
  • Analysis of Camshafts and Followers
  • DSIMS Analysis of Eight Bearing Section Samples
  • DSIMS Analysis of One Bearing Section
  • DSIMS analysis of Three Bearing Section Samples
  • ToF-SIMS Investigation into the Delamination of Automotive Paint on an ABS Component
  • Surface Analysis of a Paint Delamination Failure of an Interior Instrument Panel using XPS and ToF-SIMS
  • DSIMS analysis of Two Bearing Samples
  • SIMS Depth Profile Analysis of One Bearing Section
  • XRD Analysis of the Al / Cu Layer on Five Bearing Samples
  • DSIMS Analysis of Bearing Samples for Boron, Titanium and Silicon
  • DSIMS Analysis of Delaminated Bearing Samples
  • ToF-SIMS Analysis of Craters on a Painted Fuel Filler Cap
  • Analysis of Organic Contamination on Aluminium Bond Pads using ToF-SIMS
  • DSIMS Analysis of Competitor Bearing Samples.
  • XPS Analysis of Alloy Batteries
  • DSIMS Analysis of Two Bearing samples
  • An XPS Characterisation of Surface Oxidation on Rubber Engine Mounts from an Accelerated Test Procedure.
  • AES and DSIMS Depth Profiling Analysis of Brown Staining on a Wear Tested Roller Bearing.
  • An Investigation into the Cause of Paint Disbondment
  • An Investigation into Staining on Steel Bearings using X-ray Photoelectron Spectroscopy.
  • XPS Study of the Correlation of Electrical Properties of Batteries with Surface Chemistry
  • DSIMS Analysis of Bearing Coatings
  • Determination of Surface Composition and Depth of Oxidation on a Used Automotive Engine Mount
  • XPS Investigation of Wear Films Formed in a Mild Steel Shaft / PTFE Loaded Polyketone Bearing System
  • An XPS Investigation of Near Surface Oxidation of Rubber Engine Mounts after Brake Fluid and Fuel Exposure.
  • Characterisation of the Surfaces of Unused PTFE Seal Discs using Laser Profilometry
  • ToF-SIMS Investigation of the Cause of Reduced Adhesion Between a Moulded Component and a Foam Substrate
  • ToF-SIMS and XPS Analysis of a Gasket Coating
  • SIMS Analysis of Stain Areas on Bearing Samples
  • SIMS Analysis of a Piston Section
  • An XPS Investigation of Possible Degradation of Rubber Engine Mounts after Brake Fluid and Fuel Exposure.
  • DSIMS Analysis of Bearing Samples
  • XPS Analysis of Discolouration on Dashboard Veneers.
  • DSIMS Analysis of Bearing Samples for Intermetallic Formation
  • Profilometry of Elastomeric Seals and Control Shaft Surfaces for Automotive Components
  • Analysis of Flex Film Connectors and Associated PCB Specimens using ToF-SIMS and XPS
  • Dynamic SIMS Depth Profiling of Two Bearing Samples
  • Analysis of Suspect De-Foamer Specimens using ToF-SIMS
  • An XPS Investigation of the Locus of Failure of a Wishbone Suspension Part
  • Surface and Depth Profiling Analysis of Bearing Samples
  • An XPS Investigation of the Cause of Poor Paint Adhesion on Bumper Ears
  • XPS Analysis of Residues on Piston Skirts After Various Cleaning Treatments. Part 2.
  • SIMS Depth Profiling of the NiCr / CuPbSn Interface on a Bearing Section.
  • An XPS Study of a Brown Deposit Extracted from Galvanised Sheet Ductwork in a Water-based Paint System
  • Analysis of Paint Craters using ToF-SIMS
  • Analysis of an Automotive Paint Crater by ToFSIMS
  • Surface Analysis of Paint Crater Specimens using Small Spot XPS
  • An SEM/EDX Analysis of Speciality Coatings on Tungsten Carbide.
  • An XPS Investigation of Internal Oxidation in Rubber Bush Engine Mountings.
  • Analysis of PU Foam/Face Fabric Interfaces using ToF-SIMS and SEM
  • Analysis of a Non-Wetting Automotive Basecoat using ToF-SIMS
  • Analysis of Brassed Steel Cords using XPS, Imaging SIMS, DSIMS and ToF-SIMS
  • An Investigation of Poor Paint Adhesion on Moulded Car parts
  • An XPS and ToF-SIMS Study of Seal Disbondment in Rear Quarterlight Windows for Automobiles.
  • Analysis of Painted Panels with “Dish” Defects using X-ray Photoelectron Spectroscopy (XPS).
  • A Surface Analysis Study of Automotive Coatings using ToF-SIMS
  • Surface Analysis of Automotive Paint Craters by XPS
  • Analysis of Water-Based Paints using ToF-SIMS
  • Comparative Analysis of Two Pairs of Water Based Paint Systems using GC-MS
  • A LIMA and XPS study of shallow crater defects in clear-coat lacquered paint finishes.
  • LIMA analysis of a spot defect in a red painted car body panel.
  • Analysis of Hosing used for Automotive Paint Spraying, using X-ray Photoelectron Spectroscopy (XPS)
  • A Surface Analysis Study of Automotive Refinish Samples using ToF-SIMS
  • XPS Depth Profiling Analysis of Coated Steel Bearings
  • A LIMA investigation of defect formation on the tailgate panel
  • A Surface Analysis Study of Automotive Refinish Samples using XPS and ToF-SIMS
  • A LIMA/XPS investigation of coating disbondment at the edges of roof rack castings
  • Analysis of Craters in Automotive Coatings by ToF-SIMS
  • Further Investigation into Coating Failure on an Engine Cylinder Bore using ToF-SIMS
  • Surface Analysis of Automotive Paint Surfaces showing Matt and Gloss Finishes using XPS and ToF-SIMS
  • Further Studies into the Variable Adhesion of Metal Shims to Painted back Plates of Brake Pads using XPS.

Next Steps
Adhesion Failure
Coating Characterisation
Failure Analysis
Product development
Example reports