Project Cases
Discover our exceptional projects that blend creativity and efficiency. Each case showcases our ability to understand client needs and deliver outstanding results. From concept to completion, our solutions are tailored for success.
Roof Snow Melting Project
Application Scenario： Winter Snow Melting and Ice Prevention for Roofs, Gutters, and Eaves
Product Form： Graphene Snow Melting Mats
Application Method
Snow melting mats featuring integrated graphene heating elements are installed on snow-prone roof areas, gutters, and eaves. The system utilizes intelligent temperature sensors to automatically detect snowfall, activating heat to melt snow and ensure water is efficiently drained.
Objectives
- Prevent Excessive Roof Loading: Timely removal of snow to avoid structural deformation or collapse caused by heavy accumulation.
- Eliminate Ice Dam & Icicle Hazards: Preventing the formation of dangerous icicles at the eaves that could injure pedestrians or damage vehicles.
- Ensure Clear Drainage: Keeping gutters ice-free to prevent meltwater from backing up into the interior or seeping into walls.
Core Advantages
- Planar Heating for Faster Melting: Unlike traditional cables, graphene mats provide surface-to-surface heating, increasing contact area with snow and improving melting efficiency by over 30%.
- Extreme Weather Resistance & Reliability: Graphene’s stable chemical properties, combined with high-strength waterproof encapsulation, withstand extreme cold, UV rays, and harsh environments.
- Smart Energy-Saving Control: High thermal response speed combined with an intelligent control system ensures “heat on when snow falls, heat off when snow stops,” significantly reducing operating costs.
Project Value
- Guaranteed Building and Personal Safety: Effectively reduces the risk of safety accidents associated with winter roof conditions.
- Reduced Maintenance Costs: Replaces manual snow removal, preventing damage to the roof’s waterproof layer caused by mechanical shoveling.
- Enhanced Living Quality: Solves winter drainage challenges in cold regions and extends the overall service life of the building.
Large-scale Farm Plant Root Heating Project
Application Scenario： Modern Agricultural Cultivation and Protected Agriculture (Facility Agriculture)
Product Form：Graphene Heating Mats
Application Method
Heating mats are laid beneath the plant root systems or seedling beds to provide constant-temperature heating directly to the root zone.
Objectives
- Provide Stable Root Zone Temperature: Maintaining the ideal thermal environment regardless of external conditions.
- Promote Root Development and Nutrient Uptake: Enhancing the biological activity and absorption efficiency of the roots.
- Accelerate Seedling Cycles: Shortening the growth period and increasing the overall growth rate of crops.
Core Advantages
- Graphene Far-Infrared Heating: Provides gentle and uniform warmth, mimicking natural sunlight for healthier plant growth.
- Precise Temperature Control: Highly compatible with large-scale automated agricultural management systems.
- High Energy Efficiency: Maximizes heat output while keeping operational costs controllable for large farms.
Project Value
- Improved Crop Uniformity: Ensuring consistent growth stages and quality across the entire farm.
- Increased Yield per Unit Area: Optimizing the growing environment to maximize productivity.
High-Standard Compliance: Specifically designed for high-standard modern agriculture and export-grade cultivation systems.
Agricultural Anti-freeze Project
Application Scenario： Winter Anti-freeze and Heat Retention for Vineyards
Product Form：Graphene Heat Tracing Cables
Application Method
The heat tracing cables, infused with graphene materials, are laid along or wrapped around the grapevines and their root zones to provide targeted heating to the plants.
Objectives
Prevent Low-Temperature Frost Damage: Shielding crops from extreme cold.
Improve Overwintering Survival Rate: Ensuring the health and viability of grapevines through the winter.
Stabilize Soil and Branch Temperature: Maintaining a consistent thermal environment for the plant structure.
Core Advantages
High Thermal Conductivity & Rapid Heating: Leveraging graphene’s superior physical properties for instant warmth.
Lower Energy Consumption: Higher heat utilization efficiency compared to traditional materials.
Uniform Heat Distribution: Ensures even warming and prevents localized overheating or energy waste.
Project Value
Enhanced Crop Cold Resistance: Strengthening the plant’s natural ability to withstand harsh climates.
Guaranteed Yield and Quality: Protecting the economic output of the vineyard.
Broad Applicability: Ideal for high-value cash crops in cold geographical regions.