SummitFlux Composite Crystal Card

For those who work in or study snow, from avalanche forecasters and backcountry travelers to students, professors, and transportation departments, accurately analyzing snow crystals is essential. In 2023, SummitFlux introduced the first of a new line of Crystal Cards, designed to enhance the clarity and precision of snow crystal analysis, providing valuable data to inform decisions in various snow-related fields. 

The Technology Behind SummitFlux Crystal Cards    

Traditional snow crystal cards, typically made of plastic or aluminum, have long been used in the field but often fall short due to limited thermal properties, durability, and clarity under varying lighting conditions. 

SummitFlux has modernized this essential tool by using advanced composite materials, the result of over two years of research and development. These Crystal Cards are engineered to provide superior viewing clarity, crucial for professionals who need to capture precise details such as the angular facets or delicate branches of snow crystals. 

While the composite material intentionally lacks plastic's transparency, it compensates with enhanced clarity and just the right amount of light reflectivity to illuminate crystals—essential for assessing snowpack stability and ensuring field safety. 

These composite materials are also designed to withstand diverse environmental conditions, offering enhanced durability and reliability, making SummitFlux Crystal Cards indispensable for snow professionals and enthusiasts. 

Key Features of SummitFlux Crystal Cards

Unparalleled Viewing Clarity

The composite material and surface texture deliver superior clarity with just the right amount of reflectivity to light up snow crystals, revealing critical information about snowpack stability. 

Durability

The composite structure ensures the cards endure harsh field conditions without compromising functionality. They can bend, twist, and return to their original shape without breaking. 

Precision and Lifespan

Made with robust epoxy inks similar to the composites they are printed on, these non-dissimilar materials ensure that the cards do not fade in the abrasive environment of snow. 

Carbon Footprint

Manufactured in an ultra-efficient environment with minimal waste, the cards' long lifespan and durability contribute to sustainability by reducing the need for frequent replacements. 

Thermal Properties

While the initial version offers excellent performance, SummitFlux is developing new cards with greater thermal retention, allowing longer observation periods as the cards remain cold, preventing crystals from melting. 

Size, Weight, and Gender Neutral:

Designed to be lightweight and portable, SummitFlux Crystal Cards fit easily in any pocket, phone card holder, or wallet—ensuring convenience in the field and addressing the needs of all users, including those who often struggle with smaller pockets. 

Surface Texture:

Optimized surface texture prevents crystals from sliding or dislodging, ensuring accurate analysis and maintaining the snow crystals in their natural state.