BLOOH Solution offers a comprehensive portfolio of honeycomb cores and panels engineered for aerospace, marine, architectural and industrial applications. Options include aluminum, glass fiber/resin composites, Nomex® aramid and Kevlar® panels with engineered perforation and multiple cell geometries for strength, durability and low weight.
Aluminum Honeycomb Panels
- • High stability at very low weight; thermally conductive and temperature-resistant
- • Fire-resistant, corrosion-resistant, resistant to mold/fungal growth
- • High load capacity and resistance to mechanical stress
- • Can be formed into three-dimensional objects for broad application possibilities
Glass Fiber / Resin Composite Panels
- • Lightweight, durable composite with good fire protection characteristics
- • Non-conductive, corrosion- and moisture-resistant
- • Multiple glass fibers available; honeycomb size and density are configurable
Nomex® Aramid Honeycomb Panels
- • Flame-retardant, dimensionally stable and lightweight; globally certified
- • Available in various versions, with or without crumple zones
- • Can be pre-perforated individually to application requirements
Kevlar® Honeycomb Panels
- • Highly durable, resilient and extremely lightweight; excellent fire protection
- • Uses DuPont Kevlar® fibers coated with high-grade resin
Representative Aluminum Panel Specifications
- • Zirconium-oxide coating for corrosion protection
- • Aluminum foil thickness: 60 & 80 µm
- • Possible cell size: 3.2 mm – 19.2 mm
- • Weight: 29 – 130 kg/m³
- • Operating temperature: −55 – 177 °C
- • Custom perforation possible; can be formed three-dimensionally
- • Pressure-resistant panels; lengths up to ~6 m and thickness up to ~30 cm manufacturable
Perforation & Draining Options
- • Micro-perforation
- • Drainage patterns: 2-sided, 4-sided, 6-sided (variants 2A/4A/6A & 2B/4B)
- • Pre-perforation tailored to installation needs
Cell Geometries
- • Hexagonal cell geometry
- • 3D cell geometry for specialized forming requirements
BLOOH honeycomb solutions combine low mass with high stiffness and durability, supporting cost-effective production and rapid integration across transport, marine and architecture.