NxLite Raises $9.2M Series A to Expand Operations for Next-Generation Energy-Control Windows Coatings

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Energy-efficient glass coating panel

Energy-Efficient Coatings for Glass and Polymeric Materials

NxLite™ produces air-stable, energy-efficient coatings for light-weight materials, such as polymeric glass, thin glass, and hybrid surfaces – specifically engineered for glazing solutions like windows and other transparent barriers where performance matters most.

Manage Your Environment with Precision

Enhanced Energy Performance with NxLite Low-E and Solar Control Coatings

Our proprietary coating permanently fuses to any flat substrate, creating high-performance solutions that meet or outperform traditional Low-E coatings.

Solar Control

Blocks sun's heat

Up to42%

less solar heat gain1

Insulation

Preserves thermal barrier

Up to44%

less energy transfer2

Visible light transmission

Transmits bright, color-neutral light

Up to87%

light transmission3

Open-Air Possibilities

Game-Changing Coating Technology for Lightweight Substrates

Unlike traditional low-E coatings, NxLite coatings are corrosion-resistant and maintain their effectiveness under exposure to atmospheric conditions. The permanent molecular-level fusion of our coatings to substrates eliminates the peeling, bubbling, and cracking commonly experienced with applied films, ensuring lasting performance throughout the product lifecycle.

NxLite’s team of coating specialists will help you determine the ideal coating, substrate, and IGU configuration for your specific application, ensuring maximum energy efficiency and performance for your project requirements.

Polymeric (Acrylic & Polycarbonate)

Reduce weight by up to 52% compared to glass^4

Glass & Thin Glass

Longer-life energy-efficient coatings than traditional low-E glass

Multi-pane Insulated Glass Units

Seamless integration into existing designs with thermal performance up to 88.

Hybrid Glass/Polymeric Substrates

The durability and feel of glass with the reduced weight and added strength of acrylic or polycarbonate

Build What’s Next

Transformative Applications for Your Industry’s Needs

NxLite’s revolutionary coating technology creates new possibilities across multiple sectors, delivering energy efficiency, weight reduction, and enhanced performance where traditional solutions fall short. Our innovations address specific industry challenges with measurable improvements in both performance and sustainability.

New & Replacement Window Manufacturers

New & Replacement Window Manufacturers

Support meeting stringent energy requirements while often maintaining existing frame designs.

Storm Windows & Commercial Retrofit

Transform the energy-efficiency of aging windows without significant replacement costs.

Storm Windows & Commercial Retrofit
Commercial Refrigeration

Commercial Refrigeration

Crystal-clear product visibility with superior energy efficiency.

Transportation, Construction & Agriculture

Lightweight, durable glazing solutions that reduce energy consumption and enhance occupant comfort.

Transportation, Construction & Agriculture
Ready to Partner

Innovation and Manufacturing Excellence

NxLite operates a state-of-the-art manufacturing and innovation center in Canton, Michigan. Our advanced facility and team enable:

01

Customizable Solutions

Tailored energy efficiency, solar control, and weight reduction profiles

02

Performance Optimization

Specialized designs for specific environmental challenges

03

Manufacturing Flexibility

Adaptable production for diverse specifications

04

Technical Support

Expert guidance throughout product development and implementation

NxLite facility in Canton, Michigan

Elevate Your Energy Efficiency Today

Let’s work together to find the perfect coating solution for your building or product.

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1 Comparing SHGC of 3mm monolithic PMMA with NxLite Coating 2 (0.506) vs without (0.875).

2 Comparing U-factor of 3mm monolithic PMMA with NxLite Coating (0.553) vs without (1).

3 Visible Transmittance (Tvis) of NxLite Coating 1 on 3mm PMMA

4 Based on typical density of glass 2.5 g/cm3 and polycarbonate 1.2g/cm3