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Mikrocer is the material with an advanced, microporous structure based on a mixture of quartz and silicon carbide. Very good insulation in the range of high temperatures and high performance of this material are based on the ability to block the flow of thermal energy in three modes: conduction, convection and radiation. In order to achieve a low level of thermal conductivity, the raw material of board is milled to the micropowder level and then sintered with the addition of special substances, which block the energy flow at the molecular level. In the final stage of production, the boards are cut and covered with a protective coating.
The HTAL shield is a sheet that reflects thermal radiation and protects against the influence of high temperatures. The shield is made in the form of a laminate based on AES ceramic paper, covered with reflective foil with a high coefficient of reflection of infrared radiation. In addition, the reflective layer is reinforced with high-strength glass fiber. The laminate base is made of special soluble AES (Alkali Earth Silicate) ceramic fibers with CAS number: 329211-92-9. AES fibers do not cause skin irritation and are safe to use, thanks to which the possible range of applications of HTAL shield includes not only industrial processes but also most thermal devices.
Polyamide PA6 is a lightweight material obtained by polymerization of caprolactam, which contains strong amide bonds. This material is a thermoplastic and has a natural color of ivory to white. Polyamide is also known under the trade brand Nylon and is mainly used for the production of very high-strength fibers used to manufacture textile products, such as: ropes, belts and fabrics. But also, due to the excellent mechanical properties of this material, polyamide is used for structural elements of machines and devices. PA15GR – black polyamide with the addition of molybdenum disulfide (MoS2) and graphite. This addition improves sliding properties and abrasion resistance, and at the same time provides electrical conductivity and antistatic properties.
The ARM cloth made of staple aramid fiber are characterized by particularly high mechanical strength and thermal resistance, and at the same time they are soft and insulate well. The name aramid derives from the words aromatic polyamide, and aramid owes its extraordinary strength to a system of strong amide bonds along the axis of a fiber. Aramid fiber has a characteristic yellow color and is an important class of synthetic fibers that are dedicated for applications with particularly high requirements, such as technical equipment, composites, aviation or ballistic shields.
The KARBOPAK ZK 240 gland packing is made of a characteristic zebra weave of carbon fiber and white, expanded PTFE. In order to increase resistance to overheating, the polyacrylonitrile fiber is carbonized and then impregnated with PTFE. This process closes the pores and significantly improves the sliding properties.
BFT tapes with a characteristic brown-golden color are woven from a special high-strength basalt yarn with high thermal resistance. Basalt fiber is 100% natural material, obtained by melting basalt rock at a temperature over 1400°C. The BFT tapes can be produced with use of various weaving techniques, such as braiding, knitting or classic weaving. As a result, the appropriate compactness and flexibility of the tape can be obtained.
The F-150 sheet is a special composite designed for cutting out gaskets. It is made of compressed mineral fibers bound with NBR elastomer. The pressing of raw materials takes place in a special calender press under strictly controlled conditions. Maintaining a stable density and constant thickness over the entire surface of the sheet is of key importance for the quality and durability of the final products, such as fiberelastomer seals.