Solution:
1. Interior of Wind Turbine Nacelle
2. Wind Turbine Tower and Its Internal Facilities
3. Auxiliary Facilities of Wind Farm

Customer review:

From David Clark, Project Manager at a Grassland Wind Farm (50 Turbines)

"We chose wind power-specific glass wool for our turbine nacelles and tower internals, and it’s been a game-changer for on-site construction. The biggest surprise is its flexibility—our team could easily cut and wrap it around irregular parts like gearbox housings and cable junctions, which eliminated the need for custom-molded insulation (a huge time-saver). Its lightweight property (only 60kg/m³) also reduced the load on tower structures, cutting transportation and lifting costs by 12%. After 18 months of operation in -30℃ winter and 55℃ summer, the insulation layer shows no signs of aging or deformation—exactly what we need for long-term grassland wind projects."

From Elena Rodriguez, Operations Director at an Offshore Wind Farm

"Offshore wind farms face harsh conditions: high humidity, salt spray, and strong winds. The glass wool we used in nacelles and substation walls has exceeded our durability expectations. Its hydrophobic rate (over 98%) and UV resistance prevent moisture absorption and corrosion, which used to be a big issue with traditional rock wool. Also, its noise reduction performance is impressive—we measured a 22dB drop in nacelle interior noise (from 95dB to 73dB), protecting our maintenance team’s hearing during on-site work. Most importantly, its Class A fire rating meets our offshore safety standards, and we haven’t had to do any insulation repairs in 2 years. It’s a reliable choice for offshore environments."

From James Wong, Procurement Supervisor at a Large-Scale Wind Power Developer (100+ Turbines)

"Cost-effectiveness and environmental compliance are our top priorities, and glass wool checks both boxes. Compared to polyurethane composite panels, it’s 15% cheaper in material costs, and its easy installation cuts labor costs by 25% (we finished insulating 100 turbines 3 weeks ahead of schedule). Also, it’s free of formaldehyde and heavy metals, and can be recycled at the end of its lifespan—aligning with our ‘green energy + eco-friendly materials’ strategy. For large wind farms, where consistency and cost control matter most, glass wool is our go-to insulation solution. We’ve already specified it for our next 2 wind projects in northern China."