Solution:
1. Insulation and anti-corrosion protection of steel frame main body (beams, columns, purlins) Thermal Insulation and Anti-Corrosion Protection for Main Steel Frame Structure (Beams, Columns, Purlins)
2. Thermal Insulation and Energy Efficiency for Workshop Roofs/Walls
3. Fire Isolation and Equipment Noise Reduction in Workshop Interior
Customer review:
From Mark Thompson, Project Manager at a Large-Scale Machinery Workshop (12,000㎡)
"We used steel structure-specific glass wool for our workshop’s roof, walls, and steel beam insulation, and it completely exceeded our construction expectations. Its lightweight feature (only 55kg/m³) was a game-changer—our steel roof purlins didn’t need extra reinforcement, saving us nearly $30,000 in structural costs. The flexibility was another big plus: the team cut and fitted it around complex steel beam joints in half the time it would take with rigid insulation like XPS boards. After 1 year, the workshop’s winter temperature stays 8-10℃ more stable than our old facility, and we’ve seen a 22% drop in heating costs. For large-span workshops, this glass wool is a cost-effective and efficient choice."
From Lisa Wang, Procurement Supervisor at a Textile Workshop (High Humidity Environment)
"Textile workshops have high humidity, so we were worried about insulation moisture absorption and steel frame rust. But the hydrophobic glass wool we chose (hydrophobic rate ≥98%) solved this perfectly—after 18 months, there’s no sign of mold or dampness in the insulation layer, and our steel columns show zero rust. Compared to polyurethane boards, it’s 18% cheaper, and the installation didn’t require special tools (just scissors and insulation nails), cutting labor costs by 25%. It also meets our fire safety needs (Class A fire rating), which is crucial for workshops storing textile materials. We’ve recommended it to three other textile factory clients."
From Carlos Ruiz, Operations Manager at an Electronic Component Workshop
"Our workshop has strict fire and noise requirements—electronic components are flammable, and our precision machines generate 90dB noise. The glass wool’s Class A fire rating gives us full compliance with local fire codes, and we measured a 25dB noise reduction after installing it on the walls and ceiling (down to 65dB, well within industry limits). What’s more, its adaptability to our workshop’s irregular steel trusses meant no insulation gaps—we used to have cold spots with old rock wool, but now the temperature is consistent across the 8,000㎡ space. Maintenance has been zero too—no peeling, no deformation. It’s a reliable solution for workshops needing both safety and comfort."
