1260°C Refractory Ceramic Fire Blanket – CCEWOOL®

Project Overview
Cooperation years: 7 years
Destination: Singapore
Order Volume: 1 × 40HC Container

Product Details
Product: 1260°C Refractory Ceramic Fire Blanket | CCEWOOL®
Size: 10 × 1100 × 15000 mm
Density: 128 kg/m³
Packaging: Carton Box

Recently, CCEWOOL® successfully shipped one 40HC container of CCEWOOL® 1260°C Refractory Ceramic Fire Blanket to a long-term customer in Singapore, marking 7 years of cooperation.
The delivered products have a density of 128 kg/m³ and a customized size of 10 × 1100 × 15000 mm, which is clearly different from standard market specifications. They are designed for large-area continuous insulation zones in the customer’s high-temperature equipment and furnace lining systems.

Over the years, this customer has been deeply involved in high-temperature industrial equipment and complex insulation systems, maintaining strict requirements for the structural strength, dimensional fit, and long-term operational reliability of the Refractory Ceramic Fire Blanket. This shipment once again demonstrates CCEWOOL®’s mature capability in supplying high-performance fiber blankets and customized delivery solutions.

High Tensile Strength, Reliable Performance Even at 10 mm Thickness

In high-temperature insulation systems, the tensile strength of a Refractory Ceramic Fire Blanket directly affects installation safety, structural integrity, and service life.
Especially for thin specifications such as 10 mm, insufficient fiber structure or needle-punching control can easily lead to tearing or delamination during installation or operation.

Through systematic process control, CCEWOOL® 1260°C ceramic fiber blankets maintain stable and high tensile strength even at 10 mm thickness. This performance results from multiple coordinated processes:
High-quality fiber forming control: More uniform fiber length and distribution, creating a stable mechanical support structure
Double-sided internal needle-punching structure: Tighter internal fiber interlocking, significantly improving overall tensile strength
Structural stability design: Good integrity even in thin specifications, resisting delamination or tearing

In practical applications, these high-tensile properties make the Refractory Ceramic Fire Blanket safer to install and more stable during long-term operation, especially suitable for large-area and continuous insulation structures.

Customized Product Solutions for Non-Standard Dimensions and Engineering Structures

The 10 × 1100 × 15000 mm specification used by this Singapore customer is not a standard market size, but a customized design based on specific equipment structures and installation methods.
In high-temperature projects, relying solely on standard sizes often requires extensive on-site cutting, which increases installation time and can compromise insulation consistency.

CCEWOOL® completes dimensional customization during the production stage, allowing the Refractory Ceramic Fire Blanket to be installed directly upon delivery. This approach significantly reduces on-site adjustments, minimizes material waste, and improves overall installation efficiency.

In addition to product customization, CCEWOOL® also developed customized carton packaging and container loading solutions for this extra-long and extra-wide blanket. This end-to-end coordination—from manufacturing to packaging and container loading—forms a key foundation of CCEWOOL®’s long-term service to international customers.

Seven Years of Cooperation Built on Proven Engineering Performance

Seven years of continuous cooperation are rooted not only in the stable performance of the Refractory Ceramic Fire Blanket under real high-temperature conditions, but also in CCEWOOL®’s long-term commitment to high-strength thin blankets and customized delivery capabilities.
From high-tensile structural design and non-standard size customization to optimized packaging and loading solutions, CCEWOOL® Refractory Ceramic Fire Blanket consistently focuses on real engineering requirements, providing customers with more reliable and efficient high-temperature insulation solutions.