Technology Advantage
Why UV Coating?
Solution 1
UV Coatings
Superior Adhesion
At least 2x higher shear strength.
Max Protection
4x higher initial insulation resistance.
Perfect Fit
Seamlessly covers 0 dead zones.
100% Automated
High-speed spraying.
High performance insulation
More suitable for high voltage battery packs.
VS.
Solution 1
PET Foil
Weak Bonding
Prone to debonding and lifting.
Degrading Performance
Insulation capacity drops over time.
Rigid Shape
Fixed thickness; prone to wrinkling or lifting.
Complex Process
Lower throughput.
Adhesive Failure
Glue degrades over time.
Solution 1
UV Coatings
Superior Adhesion
At least 2x higher shear strength.
Max Protection
4x higher initial insulation resistance.
Perfect Fit
Seamlessly covers 0 dead zones.
100% Automated
High-speed spraying.
High performance insulation
More suitable for high voltage battery packs.
Solution 2
PET Foil
Weak Bonding
Prone to debonding and lifting.
Degrading Performance
Insulation capacity drops over time.
Rigid Shape
Fixed thickness; prone to wrinkling or lifting.
Complex Process
Lower throughput.
Adhesive Failure
Glue degrades over time.
our products
Advanced coating systems

Lankwitzer Premium Coatings Germany Shanghai is a professional lithium battery coating supplier. Lankwitzer enhances battery safety and performance through innovative R&D, and highlights its latest advancements such as cutting edge technologies.

UE 55-0500/3

UE 55-0500/3

UE 55-0500/3 is a UV cell coating for the European OEM platform (project period 2018 - 2030). It is applied by hot spray at 40℃, target film thickness 110 µm (70-145 µm). Key performance includes 3000 VDC BOL/EOL dielectric strength, insulation resistance >100GΩ BOL/EOL, very high anti sagging ability, GT0 adhesion, lap-shear BOL/EOL >8MPa. It offers coolant resistance. Validated by EOL1 240h 40℃/100%RH, EOL2 climate cycle test 30 days. It is REACH/RoHS confirm, no toxic or CMR category 1 ingredients. Online recycling utilization rate up to 95%, easy laser decoating.
UE 55-5050/0

UE 55-5050/0

This product is suitable for cooling plates, featuring a viscosity of 700~900 mPas and excellent anti-sagging ability. It meets the 5000VDC resistance requirement for BOL/EOL, while possessing coolant resistance, water resistance, and corrosion resistance. It achieves GT0 adhesion and has a shear strength of >10MPa for BOL/EOL, with a thermal conductivity of ≥0.4W/(m·k). The product can pass the EOL 1000-hour durability test under D85 (85℃/85%RH) conditions and EOL 2000-hour SST (Salt Spray Test), and its online recyclability rate reaches up to 95%.
UE 55-5550/0

UE 55-5550/0

UE 55-5550/0 is a UV cell coating for the European OEM cylindrical cells (project period 2024 - 2038). It is applied by DOD at 40℃, target film thickness 130 µm. Key performance includes insulation resistance >100GΩ BOL/EOL, very high anti sagging ability, GT0 adhesion, lap-shear BOL/EOL >8MPa. It offers coolant resistance. Validated by EOL1 240h 40℃/100%RH. It is REACH/RoHS confirm, no toxic or CMR category 1 ingredients. Suitable for Nickel/Steel substrates.
UE 55-5566/0

UE 55-5566/0

This product features laser-free pre-treatment, achieving up to 30% cost savings in production line investment. It has a viscosity of 500-800 mPas and very high anti-sagging ability, while maintaining 4500VDC resistance and insulation resistance exceeding 100 GΩ throughout BOL and EOL stages. With coolant resistance, it achieves GT0 adhesion grade and retains a shear strength of >8MPa for both BOL and EOL unlasered. The product passes the EOL 1000-hour durability test under D85 (85℃/85%RH) conditions, complies with REACH and RoHS regulations.
UE 55-4100/0

UE 55-4100/0

"Think Pink". Color request from German OEM. High-End product equipped with performances such as 5000VDC, thermal conductivity of 0.7W/(m·k), >10MPa lap-shear BOL & EOL and an electrical resistance of >1TOhm.
UI 66-0100/0

UI 66-0100/0

Our first generation of UV Ink, LED 395nm curable, developed to match Xaar printheads (GS 40 etc.). The material is yellowish tinted on customer request and fulfills 2000h 85/85 and an electrolyte resistance of 7 days @ 55℃. Can be applied in two layers wet-in-wet or wet-on-dry (LED). The material fulfills GB 38031/2025.
UI 66-0500/0

UI 66-0500/0

Our first generation of UV Ink, LED 395nm curable, developed to match Xaar printheads (GS 40 etc.). The material is bluish tinted and fulfills 2000h 85/85 and an electrolyte resistance of 7 days @ 55℃. Can be applied in two layers wet-in-wet or wet-on-dry (LED). The material fulfills GB 38031/2025.
UI 66-0300/0

UI 66-0300/0

Our first generation of UV Ink, LED 395nm curable, developed to match Xaar printheads (GS 40 etc.). The material is reddish tinted and fulfills 2000h 85/85 and an electrolyte resistance of 7 days @ 55℃. Can be applied in two layers wet-in-wet or wet-on-dry (LED). The material fulfills GB 38031/2025.
Video Background
Process visualization
How coating becomes performance

Lankwitzer develops specialized coatings that offer superior thermal stability and mechanical strength. These coatings protect the battery cells from the harsh environment for EVs and energy storage systems.

Industry news
Inside the technology

As the competition over new energy vehicle range and charging speed has narrowed down to "decimal-place battles," and as battery energy density approaches physical limits, the industry has suddenly realized: battery coating is becoming the new "battleground of intense competition."

News 1
2025-12-03
Lankwitzer: Advancing Battery Safety with Innovative Coatings
News 2
2025-07-10
The new energy industry is diving into an intense race for battery coatings!
News 3
2025-07-03
GB 38031-2025 New National Standard is Approaching: How Does UV Coating Technology Lead the Safety Upgrade of Power Batteries?
Video Background
Key numbers
Measured in performance

Lankwitzer is the world’s leading developer of UV coatings for any kind of material.The combination of Lankwitzer’s technical competence and the association with leading equipment manufacturers allowed Lankwitzer to optimize its UV coatings for battery cell insulation to perfection.

6,500,000+
EV & PHEV vehicles equipped
0
VOCs
55+cells / min
Production rate
800,000,000+
Commercial battery cells supplied
Nearly100%
Coating recycling efficiency
90%~95%
Material utilization rate
30+
Mass production lines
99%+
The first-pass OK rate
Our partners
Trusted by industry

The technical strength of Lankwitzer in the field of battery coatings has been highly recognized by the industry. Its UV insulation coating technology not only occupies an important share in the domestic market, but also exports overseas, serving global battery manufacturing enterprises.

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Let’s build the future battery performance together!

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