Impregnated Pitch - for Carbon Fiber Insulation - 10 kg

Momentum Materials Solutions Corp.

Impregnated Pitch - for Carbon Fiber Insulation - 10 kg

Impregnated Pitch - for Carbon Fiber Insulation - 10 kg

Impregnated Pitch - for Carbon Fiber Insulation - 10 kg

Impregnated Pitch - for Carbon Fiber Insulation - 10 kg

Designed for efficiently densifying carbon-fiber insulation..
Low quinoline insolubles and high carbon yield, ensuring efficient impregnation results
Delivers durable, high-performance carbon fiber felts
Stable during storage
Ideal for large-volume impregnation of carbon fiber felts used in high-temperature furnaces and ovens

Quantity: 10 kg. For larger orders, please contact us.

Impregnated Pitch - for Carbon Fiber Insulation - 10 kg

This is a petroleum-based mesophase pitch designed for efficiently densifying carbon-fiber insulation.
It offers low quinoline insolubles and a high coking value, enabling efficient impregnation results and the production of durable, high-performance carbon fiber felts.
The material remains stable during storage and is suitable for large-volume impregnation of carbon fiber felts used in high-temperature furnaces and ovens.

Key features

Low quinoline insolubles and high carbon yield, ensuring efficient impregnation results
Delivers durable, high-performance carbon fiber felts
Stable during storage
Ideal for large-volume impregnation of carbon fiber felts used in high-temperature furnaces and ovens

Technical specification

Product	Softening Point (°C)	Coking Value (%)	Ash Content (ppm)	Toluene Insoluble (%)	Quinoline Insoluble (%)	Mesophase Content (%)
MM-BCMP-1	200 +/- 15	75-85	< 400	30 +/- 3	3 +/- 1	30-40

Application areas

Used in the production of advanced carbon products, including:
- High-performance carbon fiber felts
- High-density/high-strength graphite
- Carbon-carbon composites

Contact us

Momentum Materials has the right catalyst for you. Fill out the contact vendor form or RFQ form to get in touch.

Momentum Materials Solutions Corp.

Your performance depends on how mass, molecules, and charge move through your material.
If pore structure, surface accessibility, or stability are off, your system pays the price—through lower efficiency, faster degradation, or limited lifetime.

Whether you’re designing for fuel cells, batteries, electrolysis, and adsorption, your performance starts with structure, and lifetime depends on how that structure endures.

Momentum Materials designs nanoporous and mesoporous carbon materials built for predictable performance, durability, and scale.

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