Project Overview

Cooperation years: 8 years

Destination: Guatemala

Order Volume: 2 × 40HC Containers

Product Details

Product: 1260HPS Aluminum Silicate Fiber Blanket | CCEWOOL

Size: 25 × 610 × 7620 mm; 50 × 610 × 3810 mm

Density: 96 kg/m3, 128 kg/m3

Packaging: Carton Box

Recently, CCEWOOL successfully shipped two 40HC containers of CCEWOOL 1260HPS Aluminum Silicate Fiber Blanket to a long-term customer in Guatemala, marking eight years of cooperation.

This order includes two density grades—96 kg/m3 and 128 kg/m3—with sizes 25 × 610 × 7620 mm and 50 × 610 × 3810 mm, primarily used for long-term thermal insulation in the customer's high-temperature industrial equipment and furnace lining systems.

Years of continuous cooperation have been built on repeated verification of product performance under real operating conditions. This bulk shipment once again reflects the customer's long-term recognition of the performance stability and supply reliability of the CCEWOOL 1260HPS Aluminum Silicate Fiber Blanket.

Ultra-Low Heating Linear Shrinkage for Long-Term Structural Stability

In high-temperature insulation systems, the heating linear shrinkage of an Aluminum Silicate Fiber Blanket directly affects lining integrity and service life.

Based on high-purity raw material selection, CCEWOOL 1260HPS fiber blankets undergo further raw material optimization to achieve extremely low impurity levels. This effectively suppresses grain growth and coarsening, significantly reducing linear shrinkage and minimizing risks such as gaps, settling, or structural loosening during long-term high-temperature operation.

In practical applications, this low-shrinkage performance means:

Lining structures maintain stable thickness and geometry at high temperatures

Reduced heat leakage and energy loss caused by material shrinkage

Extended service life of the insulation system and lower maintenance frequency

For continuously operating industrial furnaces and thermal equipment, low heating linear shrinkage is a fundamental requirement for the reliable use of Aluminum Silicate Fiber Blanket materials.

Superior Thermal Insulation Performance to Improve System Energy Efficiency

Beyond structural stability, the CCEWOOL 1260HPS Aluminum Silicate Fiber Blanket also delivers clear advantages in thermal insulation performance. Using advanced fiberization technology, molten raw materials are fully fiberized, resulting in shot content well below 15%. This effectively reduces heat conduction paths and helps maintain stable thermal performance during high-temperature operation.

In the customer's real applications, these insulation advantages translate into:

Better control of external furnace shell temperatures and lower heat loss

Improved energy efficiency and reduced long-term operating costs

Consistent insulation performance across multiple temperature zones and complex structures

As a result, the CCEWOOL 1260HPS Aluminum Silicate Fiber Blanket can flexibly meet engineering requirements across different density configurations while maintaining reliable and consistent insulation performance.

8 Years of Cooperation, Proven Product Performance That Stands the Test of Time

From initial project trials to today's stable bulk supply, eight years of cooperation have been driven by the proven long-term performance of the CCEWOOL 1260HPS Aluminum Silicate Fiber Blanket in high-temperature systems.

Its ultra-low heating linear shrinkage ensures structural reliability, while consistently stable insulation performance delivers predictable service life and operating results in customer projects.

CCEWOOL Aluminum Silicate Fiber Blanket products will continue to focus on performance stability and engineering adaptability. Through continuous optimization of manufacturing and quality control systems, CCEWOOL remains committed to providing global customers with more reliable and energy-efficient high-temperature insulation solutions.