Spanish customer
Cooperation years: 6 years
Ordered product: CCEWOOL® ceramic fire blanket insulation
Product size: 25x940/280x7320mm
A container of CCEWOOL® ceramic fire blanket insulation (specifications: 25x940x7320mm and 25x280x7320mm) custom-made for a Spanish customer was dispatched from the factory on March 6, 2024, and is currently en route to its destination. The shipment is expected to arrive at the port around April 25, and the customer is advised to prepare for receipt.
CCEWOOL® ceramic fire blanket insulation are manufactured using a unique double-sided needling process, which makes them highly regarded for their safety, stability, and energy efficiency. These products feature excellent insulation performance and high-temperature resistance, making them ideal for a wide range of high-temperature environments.
This order’s products have been packaged according to the customer's requirements using CCEWOOL® branded packaging. To ensure the product quality during transportation, CCEWOOL® products are wrapped with moisture-proof inner film, effectively preventing the high-temperature insulation blankets from getting damp during transit.
The Spanish customer has consistently recognized the high quality of CCEWOOL® products and has repeatedly purchased CCEWOOL® ceramic fire blanket insulation. The cooperation between both parties has been solid and continuously deepening. This shipment once again demonstrates the customer's trust and support for the CCEWOOL® brand.
As CCEWOOL® products continue to expand in the global market, we remain committed to providing high-quality high-temperature insulation solutions to meet various application needs and help customers achieve greater efficiency and value.
In industrial heating systems, the hot-face lining plays a critical role, directly exposed to flames, high-velocity heat flow, and frequent thermal cycling from start-stop operations. Furnace and oven manufacturers often struggle with two key challenges: traditional high-temperature boards are prone to cracking and delamination under repeated thermal shock, and installation tends to produce excessive airborne […]
Industry | 30 Jul, 2025
In long-term operation of glass melting furnaces, the furnace roof is constantly exposed to high-temperature radiation, hot gas flow erosion, and structural thermal cycling. It is one of the most vulnerable areas for insulation degradation and heat loss. Traditional insulation structures, such as composite bricks and standard fiber products, often suffer from compression, fiber shedding, […]
Insight | 28 Jul, 2025
In high‑temperature equipment such as boilers and incinerators, insulation liners must withstand extreme conditions: intense heat radiation, frequent thermal cycling, and aggressive combustion gases. While traditional ceramic fiber insulation offers effective thermal resistance, it often suffers from dusting, fiber degradation, moisture absorption, and health hazards—drawbacks increasingly unacceptable, especially in North American and European markets. CCEWOOL® […]
Industry | 23 Jul, 2025