As a result, we deliver factory-direct pricing, consistent paper quality, and fast delivery. Similarly, this applies to all your furnace gasket, high-temperature seal, and backup lining projects.

In addition, we produce this thin flexible ceramic fiber paper in standard 1260°C, high-purity 1260°C, high-alumina 1360°C, and zirconia 1430°C grades. Meanwhile, we comply with ASTM C892 and EN 1094-1. Therefore, engineers and contractors rely on it for high-temperature gasketing, sealing, and thermal break applications in the most demanding environments.

Technical Specifications of Ceramic Fiber Paper

To begin with, we manufacture our ceramic fiber papers in a range of grades, thicknesses, and widths. Specifically, the table below summarizes the standard product range.

Material & Physical Specifications for Ceramic Fiber Insulation Paper

• To begin with, we use high-purity alumina-silicate fiber as the base for our ceramic fiber paper. The paper is manufactured by a wet forming process using fiber and organic binders, producing a thin, flexible, and uniform sheet.
• Moreover, our standard papers have a density of 260–320 kg/m³. We also supply lower densities for specific flexibility requirements.
• Additionally, we manufacture standard thicknesses of 0.5 mm, 1 mm, 2 mm, 3 mm, 5 mm, and 6 mm. Custom thicknesses are available on request.
• Furthermore, standard roll dimensions are 610 mm × 30–80 m and 1220 mm × 30–80 m. We also supply custom cut sheets and die-cut gaskets.
• For special orders, we supply aluminum foil faced and wire mesh reinforced ceramic fiber papers for enhanced surface protection.
• Finally, we offer OEM & ODM — we customize density, thickness, width, length, temperature grade, and packaging according to your specifications.

Why Choose Our Thermal Ceramic Fiber Paper?

In fact, ceramic fiber paper is the industry standard for high-temperature gasketing and sealing because it offers low thermal conductivity, low heat storage, and excellent thermal shock resistance. Furthermore, it is thin, flexible, and easy to cut or die-cut into complex shapes.

• First, our papers offer low thermal conductivity. At 0.085 W/m·K at 400°C and 0.132 W/m·K at 800°C (128 kg/m³), they provide excellent insulation efficiency.
• Second, they provide low heat storage. The low density and thin profile mean less heat is absorbed, allowing faster heat-up and cool-down cycles.
• Third, they deliver excellent thermal shock resistance. The flexible fiber structure withstands rapid temperature changes without cracking.
• Fourth, they ensure easy processing. The paper can be die-cut, water-jet cut, or slit into narrow strips without fraying, simplifying installation and replacement work.
• Finally, they provide asbestos-free and clean-burning performance. The controlled binder levels minimize unfiberized shot and smoke during first heat-up.

Applications & Industries for Ceramic Fiber Papers

• For instance, in industrial furnaces, our papers provide high-temperature gaskets and seals for furnace doors, access ports, and expansion joints.
• Also, in kilns and boilers, they seal walls, roofs, and doors to reduce heat loss and improve energy efficiency.
• In addition, for aluminum casting, they line distributor pans and molds, and resist wetting by molten aluminum.
• Furthermore, in petrochemical heaters and reformers, they insulate high-temperature piping and equipment.
• Lastly, in heat treating and brazing, they serve as separating media and parting agents for metal processing.

About Our Factory — Direct Manufacturer of Thermal Ceramic Fiber Papers

In fact, Tarco Industry operates a modern manufacturing facility. Specifically, we dedicate it to the production of ceramic fiber papers and high-temperature insulation products.

Furthermore, we complete every step in our own factory. This includes raw material melting, fiber blowing, wet forming, drying, cutting, and packaging. Consequently, we do not outsource production. We do not act as a middleman.

In addition, we equip our factory with advanced wet forming lines and precision cutting systems. As a result, we produce high-quality ceramic fiber papers with consistent thickness, uniform density, and reliable thermal performance.

Therefore, whether you need standard 1260°C or zirconia 1430°C papers, Tarco Industry can produce them directly for you.

Factory Direct Advantages

• First, we are a Manufacturer, Not a Trader. You buy directly from Tarco Industry production lines, eliminating middleman markups.
• Second, we handle In-House Production. We produce fiber, paper, and finished insulation all under one roof for full quality control.
• Third, we welcome OEM & ODM. We customize density, thickness, width, length, temperature grade, and packaging.
• Fourth, we maintain Bulk Production Capacity. We ensure stable output for large furnace and kiln projects.
• Finally, we provide Factory Price. We offer competitive direct pricing for distributors, refractory contractors, and OEMs.

How to Install Ceramic Fiber Papers

1. First, prepare the surface. Clean the furnace or kiln shell to remove dust, oil, and loose material.
2. Then, cut the paper. Use a sharp knife or scissors to cut the paper to the required size. The paper is soft and easy to cut.
3. Next, position the paper. Place the paper between the surfaces to be sealed. Overlap joints by 25–50 mm to ensure a tight seal.
4. After that, compress the paper. Apply slight compression at joints to ensure a tight seal and prevent heat leakage.
5. Finally, secure the paper. Use high-temperature adhesive, mechanical fasteners, or compression from the joint itself to hold the paper in place.

Frequently Asked Questions (FAQ)

What is the maximum temperature rating of ceramic fiber paper?

Our ceramic fiber paper is available in classification temperatures of 1260°C (standard, high purity), 1360°C (high alumina), and 1430°C (zirconia). The continuous service temperature depends on the grade: standard and high purity up to 1050–1100°C, high alumina up to 1200°C, and zirconia up to 1350°C. Therefore, you should select the grade based on your actual continuous operating temperature, not just the classification temperature.

Is ceramic fiber paper asbestos-free?

Yes, all our ceramic fiber papers are completely asbestos-free. Furthermore, we manufacture them from high-purity alumina-silicate fibers with controlled organic binder levels. This minimizes unfiberized shot and smoke during first heat-up, reducing contamination risk in metal and glass processes.

Can ceramic fiber paper be die-cut into custom gaskets?

Absolutely. Our ceramic fiber paper can be easily die-cut, water-jet cut, or slit into narrow strips without fraying. Therefore, it is ideal for producing complex gasket shapes for furnace doors, flanges, and access ports. We also offer custom die-cut gaskets as part of our OEM service.

What is the difference between ceramic fiber paper and ceramic fiber blanket?

Ceramic fiber paper is a thin, flexible sheet (typically 0.5–6 mm thick) with higher density and a smooth surface, designed for gasketing, sealing, and thermal breaks. In contrast, ceramic fiber blanket is a thicker, lower-density product (typically 6–50 mm thick) used for larger area insulation, backup lining, and expansion joints. Both products are made from the same alumina-silicate fiber but differ in thickness, density, and application.

Quality Assurance & Certifications

Furthermore, Tarco Industry manufactures our ceramic fiber papers under strict quality control. Specifically, they comply with ASTM C892, EN 1094-1, and ISO 10635 standards.

As a result, we perform density testing, tensile strength testing, thermal conductivity testing, linear shrinkage testing, and chemical composition analysis. Moreover, we test every production batch before shipment.

• Additionally, we offer certifications including ISO 9001, CE, and SGS.
• Similarly, our production capacity reaches 200 tons per month.
• Also, we set the MOQ at 500 kg (negotiable for sample orders).
• In terms of packaging, we offer plastic bags inside cartons, on pallets with custom marking.
• Finally, we deliver within 15–20 business days after order confirmation.