Product Portfolio

Six Material Platforms.
One Process.

All six product lines are manufactured using our wet-laid nonwoven technology — the same paper-derived process, applied to carbon, aerogel, silica, polymer, and aluminum-coated fibers to create materials engineered for electrical, thermal, and structural high-performance applications.

aero365 aerogel thermal insulation material
aero365
Aerogel Thermal Insulation Paper

Thinnest effective insulation.
Non-flammable by design.

High-end thermal insulation paper based on silica aerogel — approximately 90% inorganic and classified UL94 V0. At just 1–3 mm per layer, aero365 delivers a thermal conductivity below 25 mW/mK, making it one of the few materials that fits within the tight packaging constraints of modern battery modules and heat shields.

Thermal Conductivity
<25 mW/mK
Thickness
1–3 mm / layer
Flammability
UL94 V0
Inorganic Content
approx. 90%
Battery Cell Spacers Heat Shields Cryogenic Applications Fire Protection Surface Heating Insulation
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Conductive Carbon Fiber Papers & Nonwovens

Uniform conductivity.
From fuel cell to EMI shield.

Wet-laid papers and nonwovens based on carbon fibers — virgin and recycled. The homogeneous fiber distribution unique to wet-laid processing delivers consistent electrical properties across the entire sheet, critical for electrochemical and shielding applications.

Sheet Resistance
2–10 Ohm/sq
Areal Weight
10–150 gsm
Fiber Source
Virgin & recycled
Shielding
EMI (kHz range)
PEM Fuel Cells Electrolysis Battery Systems EMI Shielding Technical Composites
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carbon365 conductive carbon fiber paper
carbon365
thermo365 carbon fiber surface heating nonwoven
thermo365
Carbon Fiber Electric Surface Heating

Full-surface heating.
12 V to 220 V.

A carbon fiber wet-laid nonwoven with tailored electrical resistivity — designed to convert electrical energy into homogeneous infrared heat across the entire surface area. No hot spots, no moving parts, no maintenance. From caravan low-voltage applications to mains-powered floor and ceiling heating.

Operating Voltage
12–220 V
Power Output
10–2000 W/m²
Heat Distribution
Full-surface infrared
Customisable
Cut to shape
Floor Heating Wall & Ceiling Heating Mold Prevention Caravan & Marine Composite Structures
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Silica Nonwoven for High-Temperature & 5G

Stable at 1150 °C.
Transparent to radar.

A lightweight silicate fiber paper based on quartz fibers and silica gel fibers — two applications in one material. At the thermal extreme, it outperforms E-glass where conventional fibers have already failed. In electronics, its very low dielectric constant makes it the substrate material of choice for 5G antenna systems, radomes, and high-frequency PCBs.

Max. Temperature
1150 °C
Dielectric Properties
Very low ε
Flammability
Non-combustible
Fiber Base
Quartz / Silica gel
5G & High-Frequency PCB Radomes Defence CMC Composites Turbine Components High-Temp Sealing
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silica365 high-temperature silica nonwoven
silica365
poly365 polymer fiber nonwoven
poly365
High-Performance Polymer Fiber Papers & Nonwovens

Thermally stable insulation.
Where polymers normally fail.

Wet-laid papers and nonwovens from high-performance polymer fibers — PEEK, polyimide, and aramid. Electrically insulating, lightweight, and dimensionally stable at continuous temperatures up to ~300–350 °C, where commodity plastics have already failed. Available at ultra-low areal weights from 8 gsm.

Thermal Stability
Up to ~300–350 °C
Areal Weight
8–20 gsm
Electrical
Intrinsically insulating
Binder Content
<10%
Electric Motors & Generators Battery Systems Aerospace Protection Layers High-Temp Gaskets Transformers
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Conductive Aluminum-Coated Fiber Papers & Nonwovens

Metal-like conductivity.
Mineral fiber strength.

Wet-laid nonwovens based on aluminum-coated Alucoat® glass or basalt fibers. The aluminum coating delivers metal-like electrical conductivity and EMI shielding up to ~20 dB (single layer, 0–2700 MHz), while the mineral substrate provides high tensile strength and dimensional stability at areal weights from 35 gsm.

EMI Shielding
~20 dB (single layer)
Areal Weight
35–150 gsm
Fiber Base
>90% Al-coated mineral
Fiber Length
6 mm or 12 mm
EMI Shielding ESD Applications Automotive & Military Conductive Laminates Electronics Enclosures
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alucoat365 aluminum-coated fiber nonwoven
alucoat365
Product Selector

Which material fits your application?

Your requirement Product Key spec
Thermal insulation in very confined spaces — battery cells, heat shields, cryogenics aero365 <25 mW/mK · 1–3 mm · UL94 V0
Electrical conductivity — gas diffusion layer, electrode, EMI shielding (carbon) carbon365 2–10 Ohm/sq · 10–150 gsm
Electric surface heating — floor, wall, ceiling, mobile, composite thermo365 12–220 V · 10–2000 W/m²
High-temperature stability above 700 °C or low dielectric constant — 5G, PCB, radomes, turbines silica365 1150 °C · very low ε · non-combustible
Electrical insulation with high thermal stability — motors, transformers, battery, aerospace poly365 ~300–350 °C · 8–20 gsm · insulating
EMI shielding or ESD — electronics, automotive, military, industrial laminates alucoat365 ~20 dB · 35–150 gsm · Al-coated mineral
Custom material — specific areal weight, fiber blend, or coating Custom Development Contact us to discuss

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