Peruvian customer
Cooperation years: 7 years
Ordered product: CCEWOOL insulation ceramic fiber blanket
Product size: 25x610x7620mm/ 50x610x3810mm
The shipment of one container of CCEWOOL insulation ceramic fiber blanket ordered by our Peruvian customer has departed from the factory punctually on March 21, 2024. The product specifications are 25x610x7620mm and 50x610x3810mm, with a density of 128kg/m³. The customer is advised to monitor the shipment for its arrival.
CCEWOOL insulation ceramic fiber blanket is the first and only product in China to use internal needling technology, which enables tensile strength of up to 75 MPa, 20% to 30% higher than similar products. Additionally, the product's lifespan is up to 3 years, which is 20% longer than comparable products.
The customer receiving this shipment has been a long-term partner of CCEWOOL insulation ceramic fiber blanket and has highly praised the quality of our products and services. The customer has requested that all products be packaged with the CCEWOOL branding, reflecting their recognition and trust in our brand.
The container with the CCEWOOL insulation ceramic fiber blanket is expected to arrive at the port around April 20. The customer is kindly requested to prepare in advance to ensure a smooth receipt of the goods. We hope our products continue to provide the customer with an excellent user experience and look forward to further cooperation in the future.
Ceramic fibre paper is a high-temperature insulation material made primarily from ceramic fibres through special processing. It offers excellent thermal resistance, outstanding insulation performance, and good flexibility, making it widely used in many high-temperature and harsh environments. CCEWOOL® Ceramic fibre paper is commonly applied for insulation, sealing, soundproofing, and fire protection in industrial high-temperature equipment. […]
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CCEWOOL® ceramic fiber blankets are high-quality thermal insulation materials widely used in high-temperature equipment in industries such as metallurgy, petrochemicals, and glass. The most notable feature is its extremely low thermal conductivity, which effectively prevents heat from escaping and ensures that heat within the system is preserved. Even in environments exceeding 1000°C, it maintains stable […]
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