Merck Energy Materials Collection: Advanced Materials for Energy and Electronics

As energy and electronics industries rapidly evolve, access to reliable, high-purity materials is critical for innovation and performance. Merck stands at the forefront of this progress, offering a comprehensive portfolio of advanced energy materials engineered to meet the demands of modern research and manufacturing. With decades of expertise and a global reputation for quality, Merck provides the foundational components driving breakthroughs in batteries, solar cells, OLEDs, and more.

By choosing Merck, you equip your lab or production line with materials designed for consistency, safety, and scalability—enabling your next leap forward in energy technology.

Core Application Areas in Energy & Electronics

Merck’s energy materials are engineered for diverse, high-impact applications across the energy and electronics landscape. Whether you are developing high-performance batteries for electric vehicles, optimizing next-generation solar cell architectures, or pioneering new forms of flexible electronics, Merck’s solutions are tailored to meet these complex challenges. Core application areas include:

• Battery Materials: For lithium-ion, solid-state, and advanced battery chemistries, Merck supplies high-purity salts, electrolytes, and additives designed to boost performance, extend lifecycle, and improve safety.
• Solar Cell Materials: Unlock greater efficiency with materials optimized for perovskite, silicon, and thin-film solar technologies—ensuring robust light absorption, charge transport, and device stability.
• OLED & Display Technologies: Achieve vibrant color and high reliability with Merck’s OLED materials, including emitters, transport layers, and encapsulation solutions for displays and lighting.
• Printed & Flexible Electronics: Bring new design possibilities to life with conductive polymers, quantum dot inks, and other printable materials that enable low-cost, scalable manufacturing of flexible and wearable devices.
• Fuel Cells & Advanced Energy Devices: Leverage specialty chemicals and ceramic components to advance the performance and durability of hydrogen fuel cells and other next-generation energy systems.

With this broad application coverage, Merck enables you to move from concept to commercialization with confidence.

Key Product Categories and Technologies

Building on its deep R&D pipeline and manufacturing expertise, Merck delivers a targeted selection of energy materials, each tailored for specific application demands. Major product categories include:

Each product is meticulously developed for compatibility with leading-edge devices and process flows, supporting both experimental work and scale-up production.

Featured Merck Energy Materials Products

To help you navigate Merck’s broad offering, we highlight several flagship products trusted by researchers and manufacturers worldwide:

LiTFSI (Lithium bis(trifluoromethanesulfonyl)imide)
SKU: 702575
A gold-standard electrolyte salt for lithium-ion and solid-state batteries, LiTFSI is prized for its electrochemical stability and high ionic conductivity.

Merck Perovskite Precursors
SKU: 900801, 900802
Designed for the fabrication of high-efficiency perovskite solar cells, these precursors deliver optimal purity and processability, enabling record-setting device performance.

OLED Blue Emitter Material
SKU: 900978
This blue emitter, recognized for its color purity and stability, is integral to next-generation OLED display panels and lighting solutions.

Quantum Dot Ink for Printed Electronics
SKU: QD6001
This ink enables scalable manufacturing of quantum dot-enhanced displays, sensors, and advanced photonic devices with high brightness and tunable emission properties.

Each featured product meets rigorous Merck quality standards and is backed by technical data and support to ensure seamless integration into your workflows.

Why Choose Merck for Energy & Electronic Materials?

Selecting Merck means more than just purchasing high-quality materials—it’s a partnership grounded in scientific excellence, reliability, and a commitment to your success. Here’s why researchers and manufacturers worldwide trust Merck:

• Consistent Quality: Every batch is tested for purity, performance, and safety to support your regulatory and performance requirements.
• Global Supply Network: Reliable logistics and inventory management mean you get what you need, when you need it—wherever your lab or plant is located.
• Technical Expertise: Merck’s scientists and support teams provide guidance from product selection through process optimization, helping you overcome technical hurdles.
• Innovation and Sustainability: From eco-friendly process improvements to enabling greener energy solutions, Merck is deeply invested in sustainable progress for the energy sector.

When your work demands the best, Merck delivers the materials and support to match.

Real-World Applications & Case Studies

Across industries, Merck’s energy materials have been instrumental in pushing the boundaries of energy and electronics innovation. For example, leading battery developers have used Merck’s high-purity salts and electrolytes to extend the range and safety of electric vehicles. Solar cell manufacturers have relied on Merck’s perovskite materials to achieve record-setting conversion efficiencies in both laboratory and pilot-scale production. Meanwhile, display technology companies utilize Merck’s OLED emitters and quantum dot materials to produce the vivid colors and long lifespans that today’s consumers expect.

Whether you’re scaling up a new process or seeking incremental gains in performance, Merck’s materials are proven in real-world applications—and ready to help you achieve your goals.

Contact Us for Energy Materials Solutions

Unlock the full potential of your energy and electronics projects with Merck’s advanced materials. To request a quote, obtain technical data, or discuss your application needs, reach out to Iright's support team today. You’ll receive prompt, expert assistance to ensure you find the right products—whether for research, development, or large-scale manufacturing.