Ceramic Fiber Module

Product Description:

Ceramic fiber modules are formed by high-temperature melting of jiaobao stone, which is then spun or blown by machines into fibrous form and knitted. They are a commonly used refractory insulation material in high-temperature industrial applications. Designed for thermal insulation in high-temperature industrial furnaces and brick kilns, primarily for internal insulation, these modules offer advantages over traditional unshaped insulation materials, such as lower density, lighter weight, and ease of installation. Workers can be quickly trained to install them, and they have a long service life, significantly reducing costs for customers. Maintenance is straightforward, and any issues can be addressed promptly without prolonged downtime, unlike unshaped materials like castables, which require longer construction periods and stricter environmental conditions. Traditional insulation materials are prone to problems if not properly controlled, making ceramic fiber modules one of the leading products for furnace insulation today.

Our company has dozens of specialized machines for producing aluminum silicate fiber modules and a team of several dozen production workers. Whether for industrial furnaces, brick kilns, or pipeline internal insulation, we offer short production cycles, fast delivery, and comprehensive after-sales service!

Our ceramic fiber modules come in several types: one includes stainless steel anchors for better fixation on furnace walls, while another type is anchor-free, designed solely for insulation.

Product Advantages:
(1) Easy installation—just follow instructional videos!

(2) Low thermal conductivity, excellent insulation performance, minimal heat loss, significant energy savings, and reduced costs.

(3) Ceramic fiber modules perform reliably in complex environments; neither impact nor compression affects their insulating properties.

(4) Aluminum silicate fiber has low bulk density, making it lightweight and easy to install.

(5) No complex furnace preheating preparations required; no drying or curing needed—ready for use immediately after installation, saving considerable time for customers!

(6) Secure fixation, with anchors welded to the furnace walls and embedded within the ceramic fiber, ensuring stability unaffected by temperature changes.