Ceramic fiber board is a kind of refractory material, usually composed of alumina and silicate, and it is also called an aluminum silicate board. Ceramic fiber board is made of ceramic fiber cotton, natural refractory raw materials, and a small amount of organic binder as the main raw materials, and is processed by a fully automated control continuous production line. After heating, it has very good mechanical properties and has a certain hardness support, which provides a strong guarantee for the kiln to save energy and reduce consumption, high quality, and high output.

بطانية من ألياف السيراميك ذات حجم منتظم، تجمع بين وظائف مقاومة الحريق والعزل الحراري والحفاظ على الحرارة في آن واحد، بدون أي عامل ربط، مع خصائص القوة العالية والوزن الخفيف والمرونة الجيدة. تحافظ الخاصية الفيزيائية مثل المقاومة للحرارة والعزل على نفس الخصائص عند التقائها بالزيت أو الماء أو البخار. يمكن تقطيع بطانية الألياف الخزفية إلى أحجام مختلفة وفقًا لاحتياجات المستخدم. يمكن أيضًا تغليفها بورق الألومنيوم على أحد الجانبين أو كلا الجانبين لتلبية متطلبات الصناعات المختلفة.

Ceramic fiber cloth is made of ceramic fiber with a certain proportion of organic fiber added, lined with glass fiber (steel wire) and spun into yarn, which is then woven into cloth. Ceramic fibre cloth is characterised by high temperature resistance, low thermal conductivity, resistance to thermal shock and low heat capacity.

Braided ceramic fibre fabrics with a width of less than 100mm are usually referred to as ceramic fibre tapes. Ceramic fibre tape is made of heat-resistant alloy wire or alkali-free glass yarn reinforced with spunlace ceramic fibre yarn. Ceramic fibre tapes have high strength and good flexibility, not only with high temperature insulation properties, but also with the flexibility of ordinary textiles.

Ceramic fiber Felt is a lightweight, flexible refractory fiber insulation material made by wet vacuum forming. Ceramic fibre felts are higher than ceramic fibre blankets and lower than ceramic fibre boards and are suitable for many high temperature industrial applications.

Ceramic fibre cotton is a bulk fibre made by melting raw materials at high temperature in a resistance furnace, blowing or flinging the fibre, without secondary processing and heat treatment. Fibre cotton can be further processed into fibre blankets, boards, paper, cloth, rope and other products.

Ceramic fibre paper is produced from high purity ceramic fibres plus a small amount of selected binding agent, used in the field of high temperature insulation, advanced production technology makes the distribution of fibres very homogeneous, the thickness and bulk density of the product is controlled precisely, and the binding agent will be completely burned off in the process of use.

Ceramic Fibre Modules are made by experienced craftsmen by folding ceramic fibre blankets or cutting blocks into layers and processing them with specialised equipment. It has the characteristics of reliable quality, quick installation and superior heat preservation performance. It can be applied to the lining of various thermal equipment.

Ceramic fibre ropes are braided from ceramic fibre yarns reinforced with heat-resistant alloy wires or alkali-free glass yarns. Ceramic fibre ropes can be divided into ceramic fibre round braided ropes, ceramic fibre square braided ropes, ceramic fibre yarn twisted ropes, ceramic fibre woolen twisted ropes, ceramic fibre tubing ropes and other products according to the production process, yarn reinforcing materials, and different shapes of ropes section.

Calcium silicate board (referred to as calcium silicate board), also known as non-asbestos calcium silicate board, microporous calcium silicate board, is a new type of board made of siliceous and calcareous materials with a composition content of >90%, through the pulping, moulding, steam-raising, drying, sanding and post-processing, etc., which is a kind of asbestos-free high-performance thermal insulating material with low weight, high strength, low thermal conductivity, high-temperature, corrosion-resistant, cuttable, turntable, etc., being Widely used in electric power, metallurgy, petrochemical, construction, shipbuilding, cement and other industries, boilers, industrial kilns, heat insulation.

Calcium silicate board (cement fiber board) sandwich panel refers to a sandwich structure composite panel with calcium silicate board or cement fiber board as the panel and various types of foam as the sandwich layer. The foam sandwich layer can be PU, XPS, EPS, etc. Calcium silicate board sandwich panel is suitable for a variety of construction and industrial fields due to its superior fire resistance, moisture resistance and heat insulation performance, and can provide efficient protection and comfort.

Calcium silicate pipe is a white, hard, and lightweight thermal insulation material. It has high strength, low thermal conductivity, and can withstand high temperatures and corrosion. It can be cut and sawed, making it versatile for use in various industries, including electric power, metallurgy, petrochemical, construction, and shipbuilding.

EPS Sandwich Panel (Expanded Polystyrene Sandwich Panel) is a commonly used building material, consisting of an outer panel, EPS (expanded polystyrene) foam core and an inner panel. EPS Sandwich Panel is widely used in construction, refrigeration, packaging and other fields

Extruded polystyrene sandwich panel are widely used in construction and industrial fields due to their excellent thermal insulation performance, compressive strength and lightweight characteristics.

Sandwich panels are typically made from lightweight materials, with the middle layer providing structural strength and rigidity, while the outer layer provides surface protection. EPS is a lightweight foam material with excellent thermal insulation and shock-absorbing properties. Adding graphite to EPS can significantly improve the material’s thermal and electrical conductivity. The addition of graphite gives EPS better thermal management properties while maintaining a lighter weight.

Soluble fiber blankets are made from alkaline earth silicate fibers. They have a higher fiber content, uniform distribution, and lower thermal conductivity than traditional materials. The fibers are slender and soft, reducing skin irritation. The product is also hydrophobic after special processing.

Bio soluble fiber board is made through a wet forming process. It can withstand direct fire, cut to size, and has low thermal conductivity, making it suitable for applications with rapid temperature changes.

Bio Soluble Fiber Cloth is a high-temperature woven cloth made of soluble fibers, suitable for 1200°C applications.

Bio-soluble fiber cotton is made from a spun and blown technique, with a fluffy appearance. It has low thermal conductivity and good heat resistance.

Bio-soluble Fiber Module is a new product with integrated fire resistance, heat separation, and thermal insulation functions, made from MgO and CaO. It can be used at high temperatures up to 1300°C and has excellent eco-friendly performance.

Bio Soluble Fiber Rope is a high-temperature woven rope made from undirectional soluble fibers, with biodegradability in natural environments.

Bio Soluble Fiber Tape is made from soluble fiber and viscose fiber,reinforced with glass filament or stainless steel. It includes a certain quantity of binder material that is usually burned at reduced temperature and does not influence the properties of the insulation.

Bio Soluble Fiber Yarn is yarn-shape high-temperature products which composed of soluble fibers blended with certain percentage organic bulk, reinforced with fiberglass or inconel wire. The bio soluble fiber yarn is generally used to sew fire-proof cloth.
New type of low-carbon, environmental friendly and energy-saving product; no pollution or carcinogenic material was included.

Bio-soluble Fiber Textile is made from soluble fiber and viscose fiber, reinforced with glass filament or stainless steel. It’s an innovative product for high-temperature applications, with a unique calcium-magnesium composition that makes it soluble and environmentally friendly.

High-performance polyurethane foam is a polyurethane foam material with excellent performance. High-performance polyurethane foam (HPPU) is widely used in construction, automobile, industry and other fields due to its excellent thermal insulation, light weight, high strength, water resistance and flame retardant properties.

PIR polyisocyanurate foam is physical fire resistance is better than that of general polyurethane foaming materials. It is widely used in thermal insulation of refineries, chemical plants, ethylene, fertilizers, cold storage and LNG devices.

Spray polyurethane foam (SPF) is a high-performance insulation material applied by spraying. SPF foam has very low thermal conductivity, which can effectively isolate heat transfer, improve the energy efficiency of buildings, and reduce heating and cooling costs.

Polyurethane sandwich panel is a double metal surface, single metal surface, non-metal surface composite panel with polyurethane rigid foam as the insulation layer. The outer layer provides the structural strength and durability of the panel and can prevent the polyurethane core from getting damp or damaged.

Polyurethane foam board is a lightweight, high-performance thermal insulation material made from polyurethane resin and foaming agents. It offers excellent insulation and compressive strength, and is widely used in building insulation, refrigeration, and industrial equipment.

The full name of polyurethane prefabricated insulation pipe is a high-density polyethylene outer protective pipe with a rigid polyurethane foam plastic insulation layer, offering low project cost, low heat loss, and energy saving.

Aerogel insulation board is a rigid, high-efficiency thermal insulation board. The material combines silica aerogel with special fibers to produce a rigid nanopore insulation board with ultra-low thermal conductivity and high temperature resistance. It is suitable for integrated insulation boards in building construction and medium and high temperature industrial equipment.

Aerogel insulation felt is made by combining aerogel and glass fiber. It’s widely used in industries due to its excellent thermal insulation and lightweight properties.

Aerogel sandwich panels are a high-performance building material, combining aerogel core with strong outer layers, offering excellent thermal insulation, lightweight, and sound insulation, suitable for high-demand construction and industrial applications.

Aerogel insulation cotton is a flexible insulation material with low density and low thermal conductivity. It is a flexible and highly operable insulation material made on the basis of aerogel after processing. It has extremely high porosity, which makes it have excellent thermal insulation performance. It is formed by combining hydrophobic silica aerogel with a substrate, which is very suitable for the thermal insulation needs of small spaces and can be flexibly mounted on complex surfaces.

Kerui nano thermal insulation board is a new material made by high-tech technology. Special inorganic nano-scale refractory powder forms tiny nano-scale pores, and its thermal conductivity is smaller than that of still air. It is widely used in steel, petroleum, glass, ceramics, electricity and other industries.

Kerui Nano thermal insulation felt uses lightweight, inorganic nano-SiO2 and ceramic fibers with very low thermal conductivity as raw materials, and aluminum foil with high reflectivity as the bottom material. It adopts a single-layer composite structure through continuous coating and pressing and baking processes. The product has good flexibility, ultra-low thermal conductivity and impact resistance.

Glass magnesium board is a kind of building board based on magnesium sulfate and magnesium oxide powder as raw materials.

Magnesium fireproof board is a building material with excellent fireproof performance, mainly composed of magnesium minerals (such as magnesium oxide) and other additives.

Magnesium composite sandwich panel is a high-performance building material, mainly used for building walls, roofs, floors and other structures that require high strength and excellent thermal insulation performance.