Dominican Customer

Cooperation Years: 9 years

Ordered Product: 1260°C Ceramic Fire Blanket Insulation | CCEWOOL

Density: 128 kg/m3

Product Sizes: 25×610×7620 mm, 50×610×3810 mm

Packaging: Carton Box

Order Quantity: 2×40HC Containers

Recently, CCEWOOL successfully shipped two 40HC containers of CCEWOOL 1260°C Ceramic Fire Blanket Insulation to a long-term customer in the Dominican Republic, marking 9 years of cooperation. The products, with a density of 128 kg/m3, include sizes 25×610×7620 mm and 50×610×3810 mm, and are used for long-term insulation in high-temperature equipment and furnace lining systems. Years of stable cooperation once again confirm the reliable performance of CCEWOOL products under real operating conditions.

High Tensile Strength: The Foundation for Long-Term Stable Operation

In high-temperature insulation systems, the tensile strength of Ceramic Fire Blanket Insulation directly affects installation safety, structural integrity, and service life. Through systematic process control, CCEWOOL 1260°C ceramic fiber blankets achieve a stable tensile strength exceeding 75 kPa.

This performance results from multiple coordinated factors rather than a single improvement:

Fiber Forming Control: Advanced spinning technology improves fiber length and uniformity, creating stronger mechanical support between fibers;

Stable Fiber Collection Design: Patented fiber collection processes ensure more uniform fiber distribution and thickness, delivering consistent overall tensile strength;

High-Efficiency Needling Structure: A proprietary double-sided internal needling process tightens the interlocking of fiber layers, significantly enhancing load-bearing capacity.

In practical installation and operation, this high tensile strength enables smoother laying, a more stable insulation structure, and reduced long-term maintenance risk.

Extended Service Life Through Long-Term Structural and Performance Stability

For continuously operating high-temperature equipment, the value of Ceramic Fire Blanket Insulation lies not only in initial thermal performance but also in how well it retains properties over time. CCEWOOL 1260°C ceramic fiber blankets offer clear long-term advantages:

Stable fiber structure that resists degradation under thermal cycling and gas flow;

Minimal change in insulation performance over time, ensuring predictable system efficiency;

Strong retention of mechanical properties, reducing replacement frequency due to structural aging.

These characteristics—slow strength decay and predictable performance—deliver a longer actual service life in customer projects and are a key reason the Dominican customer continues to choose CCEWOOL.

Nine Years of Cooperation Built on Proven Engineering Performance

From individual shipments to consistent long-term supply, nine years of cooperation are built on repeated validation of CCEWOOL 1260°C Ceramic Fire Blanket Insulation in real operating conditions. High tensile strength ensures structural reliability, while stable long-term performance delivers higher engineering value in high-temperature insulation systems.

CCEWOOL Ceramic Fire Blanket Insulation will continue to focus on strength control, structural stability, and service life optimization—providing reliable, energy-efficient solutions that support the safe, durable, and efficient operation of high-temperature systems worldwide.