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Automotive LED Lighting
- LED Encapsulants
- LED Coatings
- Thermal Management
- Driver PCB protection
- Switch + Control Lubricants
- Sensor Protection
Automotive lighting, both OEM and aftermarket, encompasses a broad spectrum of lighting including headlights, taillights, running lights, beacons and even spotlights. These lights are most often exposed to the full force of the elements on the exterior of the vehicle with little more than a plastic cover to shield them. It is small surprise then that Electrolube have been approached by countless manufacturers for our specialist range of protective encapsulants and coatings designed to protect both the LED luminaires and the drivers which power them. Electrolube has the bespoke solution for you.
More info >Electrolube have an extensive range of products suitable for all automotive application environments, we have collated a selection of products in a specialist brochure to aid your selection which can be viewed here:
Electrolube Automotive Applications brochure
Electrolube also have a number of articles and blogs which you may find useful in selecting the right material for your application
Read more about specific products for the Automotive market:
Articles
- Conformal Coatings for Automotive Applications
- Two Part Coatings Vs Traditional and UV Cure coatings: A Comparison
- Conformal Coating Vs Encapsulation Resins: which do I choose
- High Performance Resin Chemistries for the Electronics Industry
- Conformal Coatings: Condensation Testing, a new approach
- Thermal Management for LED applications: looking beyond the thermal conductivity value
Blogs
- Case Studies
- - Automotive LED Case Study
- - Case Study: the solution is not always Chemical
- - How Do Vehicles perform on all 7 continents in all-weather without fail?
- - Case Study: Beware the boards that ‘Bare all’
- - Extending the Life of LEDs – Part 1
- - Extending the Life of LEDs – Part 2
- Conformal Coatings
- - Selecting the right Coatings for Automotive applications
- - How to apply conformal Coating
- - When a Conformal Coating goes wrong, it can go very wrong..
- - Thermal Shock & Our in-house testing facilities
- - Commonly overlooked areas of application
- - How to ‘Design out’ Production problems
- - How to design out production problems – part 2
- - 5 facts designers should be aware of
- Encapsulation Resins
- - Resins Past Present + Future
- - To Encapsulate or To Coat?
- - Selecting the right resin for the job
- - Resin Properties and their importance
- - Why do we use Resins?
- - Achieving the right Cure
- Thermal Management of Electronics
- - Phase Change Materials – a practical alternative
- - The Heat is On
- - Thermal Management for LEDs
- - Thermal Conductivity : The Facts
2K500
Two Part Conformal Coating
Two-part system offering good abrasion resistance, mechanically strong resin protection with ease of coating application
AFA
Aromatic Free Acrylic Conformal Coating
Excellent clarity, ideal for LED applications
APL
Acrylic Protective Lacquer
A flexible, fast drying transparent acrylic conformal coating
ER2183
Black Epoxy Resin
Medium viscosity, thermally conductive and flame retardant, two part encapsulating and potting compound
ER2220
Thermally Conductive Epoxy
Highly thermally conductive epoxy, flame retardant, two part encapsulation compound
ER2221
Thermally Conductive Epoxy Resins
highly temperature resistant and thermally conductive potting compound
ER4001
White Epoxy Resin
High temperature resistant, thermally conductive, two-part encapsulation compound based on epoxy technology
HPA
High Performance Acrylic Conformal Coating
A flexible, fast drying transparent acrylic conformal coating
HTC
Non-silicone Heat Transfer Compound
Electrolube Heat Transfer Compound is recommended where the efficient and reliable thermal coupling of electrical and electronic components is required
HTCP
Non-Silicone Heat Transfer Compound Plus
HTCP provides the ultimate in thermal conductivity
HTCX
Non-Silicone Heat Transfer Compound Xtra
Electrolube HTCX is an enhanced version of HTC featuring improved thermal conductivity
HTSP
Silicone Heat Transfer Compound Plus
HTSP provides the ultimate in thermal conductivity
HTSX
Silicone Heat Transfer Compound Xtra
silicone thermal interface material which has been developed to perform in more extreme conditions
SC3001
Optically Clear Silicone Resin
Optically clear, flexible, two part silicone encapsulating compound. Ideal for LED potting.
SCTP
Surface cure thermal paste
SCTP is a thermal interface material for use where the efficient thermal coupling of electrical components is required. It is specially designed to resist pumping out from the bond line and can be applied using industrial dispensing equipment or via screen/stencil printing techniques.
TBS
Thermal Bonding System
Thermal Bonding Compound is a two part epoxy bonding system
TCOR
Thermally Conductive Oxime RTV
Electrolube TCOR is a single component, 100% solids, low odour RTV
TPM350
Thermal Phase Change Material
TPM350 is a high-performance phase-changing thermal interface material which offers easy application and high thermal conductivity
TPM550
Thermal Phase Change Material
TPM550 is a high-performance phase-changing thermal interface material which offers easy application and very high thermal conductivity.
UR5097
Black Polyurethane Resin
Flame retardant, thermally conductive, two part encapsulating and potting compound
UR5634
Optically Clear Polyurethane Resin
A two-part, semi-rigid optically clear polyurethane resin - ideal for LED potting.
UR5635
Light Diffusing Polyurethane Resin
A two-part, semi-rigid polyurethane resin formulated with a 'hazy/cloudy' appearance. Ideal for LED potting.
UR5638
Transparent LED Resin
UR5638 is an optically clear / transparent polyurethane resin consisting of an aliphatic polymer
UR5639
Flexible Polyurethane Resin
UR5639 is a flexible polyurethane resin designed primarily as an LED encapsulant,