In high-temperature sealing systems, tear resistance directly determines whether the sealing structure can remain stable during installation, compression, bending, impact, and long-term thermal cycling. CCEWOOL® ceramic insulation paper enhances fiber strength and structural toughness, ensuring the material does not crack, delaminate, powder, or break even under demanding mechanical conditions.
CCEWOOL® ceramic insulation paper is produced using high-purity fiber raw materials, combined with directional lay-up and micro-pore uniform molding technology. This creates a tighter, more balanced three-dimensional fiber structure — which is the fundamental reason for its significantly improved tensile strength. Even under high temperatures, the structure remains continuous, enabling more reliable sealing and insulation performance.
Our self-developed “Big-data-Driven Refractory Fiber Process Parameter Optimization System V1.0” analyzes multi-variable coupling data and outputs optimal parameter matching, significantly reducing batch fluctuation caused by conventional experience-based adjustments, allowing tear resistance performance to remain highly consistent.
The superior tear resistance enables ceramic insulation paper to perform reliably in high-temperature flange gaskets, electric furnace seal strips, foundry sealing components, and thermal processing equipment insulation — reducing installation losses, extending maintenance cycles, and increasing overall operating efficiency.

Mexican customer
Cooperation years: 10 years
Ordered product: CCEWOOL® ceramic insulation paper
Product size: 3.18x610x38100mm
This customer recently ordered ceramic insulation paper 3.18x610x38100mm, and has cooperated with us for more than 10 years. Their feedback highlights that our product has higher structural stability, stronger tensile resistance, lower usage loss, and that our delivery speed and technical support remain highly reliable.
The tear resistance advantage of CCEWOOL® ceramic insulation paper is not a single-point material feature — it is a comprehensive capability built on high-purity fiber systems, directional structural design, and big-data controlled manufacturing. This is why it continues to perform reliably in industrial high-temperature sealing applications and continues earning long-term global customer repurchase.
CCEWOOL® Stone Wool Blanket with Wire Mesh is manufactured from natural basalt through high-temperature melting, fiberization, and flexible forming, then reinforced with galvanized wire mesh. It is a flexible industrial insulation product that combines thermal insulation, fire resistance, sound absorption, and enhanced structural stability. With a temperature rating of up to 750°C (1382°F), the wire […]
Uncategorized | 30 Sep, 2026
Project OverviewCooperation Years: 5 YearsDestination: MexicoOrder Volume: 1 × 40HC ContainerProduct DetailsProduct: 1260°C Refractory Fiber Paper | CCEWOOL®Size: 3.18 × 610 × 38100 mm, 6.35 × 610 × 19050 mmDensity: 200 kg/m³Packaging: Carton Box + Pallet Recently, CCEWOOL® completed another order of 1260°C refractory fiber paper for shipment to Mexico. The order includes two thicknesses, […]
Insight | 28 Sep, 2026
CCEWOOL® Stone Wool Blanket is manufactured primarily from natural basalt through high-temperature melting, fiberization, and a flexible forming process. It is a flexible inorganic fiber insulation material that combines thermal insulation, fire resistance, and sound absorption. With a temperature rating of up to 750°C (1382°F), its flexible blanket structure can conform closely to large-diameter pipes, […]
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