

High temperature calcium silicate block insulation tailored for systems operating up to 1700 degrees F, and meets ASTM C533, Type II. ... plants, refineries, and steam electric power plants. Since it is a rigid material that has a relatively flat thermal conductivity curve, extremely high compressive strength, high flexural strength, a Class A ...



• The pipe insulation section is covered with a 360-degree galvanized steel shield and the vapor retarder extends 1" beyond the metal. • Low thermal conductivity provides excellent insulating performance for mechanical piping systems operating between 0℉ and 1200℉. Safety • T-2000 Calcium Silicate Supports are commonly used on





As of 2017, Thermo-1200 calcium silicate insulation is water-resistant and redesigned to absorb less than 15% water by weight (maximum ASTM specification allows for 20%) in a 20-minute, typical rainstorm (1¼" of rain/hour). By comparison, traditional calcium silicate can absorb close to of it's weight in water in a 20-minute typical ...



Calcium silicate insulation - applications Because of their performance and reliability, our calcium silicate materials are mostly used for applications in industrial furnaces, process piping, iron and steelmaking, aluminium production, glass production, ceramics, power generation, concentrated solar power generation, fuel cells and various ...



This paper presents a theoretical and experimental study on gaseous conductivity of silica aerogel and composite insulation materials. First, the insulation material samples (including silica aerogel, xonotlite-type calcium silicate, xonotlite-aerogel composite, and ceramic fiber-aerogel composite) were prepared. Next, the gaseous …



The bone, being an essential tissue in the human body, not only protects the organs inside the body but also provides mechanical support, haematopoiesis, mineral storage and mobility. Although bone may regenerate and heal itself, significant bone defects caused by severe trauma, tumour removal, malignancy, or congenital diseases can only …





See the Insulation Property Tables at the end of Section 2 for a comparative review. 2.4.1 CALCIUM SILICATE Calcium silicate insulation is composed principally of hydrous calcium silicate which usually contains reinforcing fibers; it is available in molded and rigid forms. Service temperature range covered is 35°C to 815°C. Flexural and













The entire process is relatively low-energy, as the highest temperature reached during manufacturing is less than 400°F (204°C). The cured calcium silicate insulation material consists of more than 90% air. Tiny air spaces separated from one another by low-thermal-conductivity walls give calcium silicate its superior insulating …





Thermal conductivity 20 ºC 200 ºC 400 ºC W/m K W/m K W/m K 0.08 0.10 0.11 Specific heat capacity kJ/kg K 0.95 Reversible thermal expansion 20–600 °C K-1 6.0x10-6 Water vapour diffusion value μ approx. 3.2 Alkalinity (approximate) ph value 9 Typical moisture content (air-dry) % 3,5–6 Calcium silicate boards PROMATECT®–L is a medium ...



The density of xonotlite-type calcium silicate is the key factor to affect the effective thermal conductivity of xonotlite–aerogel composite insulation material, and the thermal conductivity can be lower than the value of non-convective air only when the density of xonotlite-type calcium silicate is less than 114 kg m −3.



Calcium Silicate has a limiting temperature of 1050°C. This is a product designed for use on high temperature piping, ducts and vessels. All regular pipe sizes and insulation thicknesses are available. Technical Properties Max Service Temperature 1050°C Density 265kg/m3 Compressive Strength 1.8Mpa Porosity 90% Thermal Conductivity W/(m.k) …



Application: Platen press operations, foundry core pallets, back-up insulation for rotary kilns and steel ladles. Characteristics: Formed from calcium silicate with inert fillers and reinforcing agents. Structural strength and thermal insulation in one board. Sheet Size: 48 x 96; 1/2, 3/4, 1, 1-1/2 and 2" thicknesses. Thickness tolerance ...



5.1 Composition—Calcium silicate thermal insulation shall consist principally of hydrous calcium silicate usually with the incorporation of fibrous reinforcement. Asbestos shall not be used as a component in the manufacture of the material. 6. Physical Requirements 6.1 The insulation shall conform to the physical require-ments of Table 1. 7.





Thermal Insulation: With a thermal conductivity of 0.06 W/m·K, the calcium silicate boards effectively reduced heat loss, contributing to substantial energy savings and improved indoor comfort. Fire Resistance: The boards have a high fire-resistance rating, providing excellent protection against fire spread and contributing to the overall ...









Water Resistant*: Thermo-1200 is the only North American calcium silicate insulation available that is water resistant. The insulation is engineered to withstand a heavy rainfall (1¼" of rain/ hour) for up to ... THERMAL CONDUCTIVITY Mean Temperature °F 100 200 300 400 500 600 700 °C 38 93 149 204 260 316 371 ASTM C335





If you are basing your selection solely on thickness and K-value (insulating value), then almost all of the insulation types commonly selected-mineral fiber board, calcium silicate block and ceramic fiber board-could be used to insulate a steam-generating boiler, wind box, air heater, economizer, precipitator or bag house. See …



Rose wool calcium silicate heat insulation board is a kind of new-type board dominated by siliceous and calcareous materials and made by such working procedures as pulping, shaping, steam curing, drying and post processing etc. ... Thermal Conductivity (38℃) W/m.k ≤0.059 ≤0.050 (93℃) ≤0.065 ≤0.0535 (204℃) ≤0.079 ≤0.054 (371 ...


