ELANTAS is a firm believer that emobility in
connection with renewable energy is the key
for future sustainable mobility and reduction
of global emissions. To support the growth
of emobility globally we support this market
with innovative products which help to operate
electric vehicles safely and enable innovative,
cost efficient solutions through our products.
As a market leader for electrical insulating
and protection materials ELANTAS has over 100
years of experience in the industry.
Wide range of protection and insulation
materials for electric vehicles The ELANTAS product
portfolio offers a broad range of protection and
electrical insulation materials that can be found in
the motor, powertrain, battery and other electronic
components of a vehicle.Different chemistries are
available to provide the product with the best fitting
properties for the application. ELANTAS is also
offering customized solutions for specific application
needs which are developed together with our
customers.
Global Presence for a Global Industry
Our global team of R&D experts and technical
managers are working closely with customer design
engineers and technical staff to solve their issues,
and are supported by the local ELANTAS application
labs in the regions. As a long term supplier to the
automotive industry ELANTAS understands the requirements
and expectations throughout the entire
automotive value chain and is working according to
given standards (IATF 16949), and supplies from our
manufacturing sites in the region on short lead time.
Battery Products:
Protection and longevity
for electric vehicles
Gap Filler
The electrochemical reactions in battery cells for e-cars are highly
dependent on temperature. Therefore it essential to maintain the
battery cells within a healthy temperature window of operation.
In addition, minimizing the temperature differences within the module
and pack is crucial to ensuring longevity. Unwanted side reactions
in local hot spots within the pack decrease cell capacity and result in
continuing loss of overall capacity. Management of the heat flow, for
example with the help of ELANTAS gap fillers of silicone or polyurethane
chemistry is therefore critical.
Thermal Adhesives
In eMobility applications, the increasing thermal management challenges
require heat dissipation across bondlines.
• Adhesives are a proven light-weight, effective bonding solution.
• They must reliably fulfill fixation and provide a path for effective
heat transfer.
Examples for thermal adhesives applications are the fixation of cooling
elements or heat sinks to the heat source and the cell to cell fixation.
For such applications, ELANTAS products are highly recommended.
They are suitable for most substrates and can be machine applied or
dispensed manually, if preferred.
Thermal Grease
In eMobility applications, the increasing thermal management challenges
require heat dissipation across bondlines.
• Greases are a proven effective heat transfer compound.
• Easy to apply one component non-curing property ensures ideal
thermal contact.
The battery systems in electric cars are highly relevant to
the success of electromobility.
A vehicle’s market price, performance while driving and
charging, longevity and sustained range over its lifetime,
and safety are just a few factors that the battery essentially
determines.
Gap Fillers
Chemistry
Components
Ratio by
Weight
Mixed
Viscosity
mPas
Density g/ml
Thermal
Conductivity
W/mK
Shore
Hardness
Tensile
Strength Mpa
Elongation %
Curing
UL
ELAN-tim® FS 26 OP 0012 + 0023 Si 2 1:1 paste 3,00 2,60 00 60 0,2 45 12 – 24h@RT /
1h@120 °C
V-0
ELAN-tim® FP 14 AP 0072 + 0083 PU 2 1:2,41 24500 2,50 1,40 00 80 0,7 17 2h@90 °C /
48h@RT
HB/V2
ELAN-tim® FP 21 AP 0092 + 0103 PU 2 1:1,95 210000 2,78 2,10 A70 0,9 25 2h@90 °C /
48h@RT
V-0,6 mm
ELAN-tim® FP 30 AP 0032 + 0043 PU 2 1:2,18 200000 3,00 3,20 A78 0,2 17 2h@90 °C /
48h@RT
HB/V2
Adhesives
Chemistry
Components
Color
Thermal
Conductivity
W/mK
Shore Hardness
Curing
Viscosity mPas
Density g/ml
UL
ELAN-tim AU 17 DM 0012 + 0023 PU 2 1,70 D 53 15h 60°C 90000 1,40 V-0, 4,5
mm
ELAN-tron® PU79/PH79 PU 2 light gray 1.70 D 50 RT/
moderate
heat cure
80000 1,8
Bectron® EP 5504 EP 2 beige 0,96 D 82 48h@RT 2700 1,70 V-0
Bectron® PK 4340 PU 1 0,25 A 70 1h@80°C or
0,5h@90°C
9500 1,28
Bectron® SA70 L1‑30 Si 1 translucent 0,20 A 30 24h@RT 44000 1,06 HB
Bectron® SA70 P 9-60 Si 1 black 0,60 A 60 24h@RT Thixotropic 1,30 V-0
Elan‑glue® EP 5611 EP 1 pale white 0,46 D 90 UV / heat
curing
32500 1,63
Bectron® AR 4826N PU 1 translucent 0,20 A 67 24h@RT Thixotropic 1,10
Elan‑glue® AC 1650 Acrylat 1 translucent 0,20 D 85 UV@RT 14000 1,05
Bectron® MR 3405 Polyolefin 1 yellow 0,20 A 30 Hot Melt 2100 0,85
Bectron® MR 3405 FR Polyolefin 1 black 0,20 A 35 Hot Melt 2000 0,85 V-0
Thermal Grease Chemistry Type Mixed Viscosity
Pas
Density g/ml Thermal
Conductivity
W/mK
Temp Range
ELAN-tim GS12NP0021 Si 1K paste 1,95 1,20 max 150 °C
ELAN-tim GS12NM0021 Si 1K 30-100 1,85 1,30 max 200 °C
ELAN-tim GS25NH0051 Si 1K 100-1000 2,50 2,50 max 150 °C
Casting & Potting Resins
Chemistry
Components
Ratio by
Weight
Mixed
Viscosity
mPas
Density g/ml
Thermal
Conductivity
W/mK
Shore
Hardness
Tensile
Strength Mpa
Elongation %
Curing
UL
ELAN-tim® CS 26 AV 0012 + 0023 Si 2 1:1 10000 3,00 2,60 A60 1,1 18 12 – 24h@RT /
1h@120 °C
V-0
ELAN-tim® CS 15 AV 0032 + 0043 Si 2 1:2,41 4000 2,70 1,50 A50 1,15 75 12 – 24h@RT /
1h@120 °C
V-0
ELAN-tim® CU 13 AV 0052 + 0063 PU 2 10:1 5700 1,74 1,30 A90 2,4 17 15h@60 °C V-0
ELAN-tim® CU 16 DV 0072 + 0083 PU 2 100:8 9000 2,00 1,60 D35 2,5 10 15h@60 °C V-0
Elan-tron® MC724/W365 EP 2 100:7 10000 2,42 2,10 D90 68 na 24h RT / 15 h
60 °C
V-0,6mm
Elan-tron® MC336/W360NF EP 2 100:7,5 12000 1,88 1,55 D85 51 na 24h RT / 15 h
60 °C
V-0
All values are typical values.
All values are typical values.
All values are typical values.
All values are typical values.