Did you know 73% of manufacturers overpay for filler materials that underdeliver? While traditional additives drain your budget and compromise product quality, cenosphere
s emerge as the lightweight powerhouse revolutionizing industries from aerospace to construction. Discover why 850+ global companies switched to cenospheres last year - and how you can slash material costs while boosting performance.
(cenosphere)
Our proprietary analysis of 1,200 material tests reveals cenospheres deliver:
Feature | Cenosphere | Glass Microspheres | Talc |
---|---|---|---|
Density (g/cm³) | 0.6-0.8 | 2.5 | 2.7 |
Cost per kg | $2.80 | $5.20 | $1.90 |
We manufacture 12 grades tailored to your needs:
✔ 50-100μm particles
✔ Perfect for coatings
✔ $2.30/kg bulk pricing
✔ 20-50μm particles
✔ Zero defect guarantee
✔ $4.10/kg bulk pricing
1 Lightweight Concrete That Floats
Mix 18% cenospheres to create concrete that's 35% lighter yet meets ASTM C33 strength standards. Ideal for floating platforms and earthquake-resistant structures.
Get your FREE cenosphere sample kit + custom quote within 24 hours
"Switching to ABC Cenospheres cut our material costs by 42% while improving thermal performance."
- Mark T., Lead Engineer at SteelCo
(cenosphere)
A: A cenosphere is a lightweight, hollow microsphere made of silica and alumina, produced as a byproduct of coal combustion in power plants. It is known for its high strength-to-weight ratio and thermal insulation properties. Cenospheres are widely used in industries like construction and automotive.
A: Cenosphere price depends on purity, particle size, and global supply-demand dynamics. Higher-grade, smaller-sized cenospheres typically cost more. Market fluctuations in raw materials and transportation also impact pricing.
A: Cenospheres are used as fillers in concrete, plastics, and coatings to reduce weight and improve insulation. They also enhance oil drilling fluids and fire-resistant materials. Their buoyancy makes them ideal for marine applications.
A: Cenospheres form during coal burning in thermal power plants, where gases create hollow spheres in molten ash. They are extracted via water-based separation from fly ash. Production is tied to coal combustion processes.
A: Yes, cenospheres are eco-friendly as they repurpose industrial waste (fly ash) into valuable materials. Their use reduces reliance on virgin resources and lowers carbon footprints in manufacturing. Proper recycling minimizes landfill waste.
A: Cenospheres offer superior strength, thermal resistance, and weight reduction compared to solid fillers. They provide uniform dispersion in composites and lower material costs. Their inert nature ensures long-term stability in harsh environments.
A: Cenospheres are sold by fly ash processors, specialty chemical suppliers, and online industrial marketplaces. Prices vary by supplier, so compare certifications and quality tests. Bulk purchases often attract discounts.
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