Skip to main content

Jyalox Ceramic Insulators useful for Electric Heating Elements

 Jyalox ceramic insulators available for construction of stress relieving flexible electrical heater mats. Flexible electrical heating mats find the widest use in stress relieving applications, as the interlocking pattern of ceramic beads allow maximum flexibility to the mat, to cover the heating element properly from exposure to the area required to be heated up, such as concave, convex and flat surfaces of vessels, pipes etc. Several mats can be connected together to cover large surface areas of vessels, pipes etc required for stress relief treatment.


Jyalox ceramic stress relieving bead insulators are mechanically tough, strong and wear resistant to withstand abuse of rough handling of heater mats commonly experienced while in use in the heavy construction industry. Electrical ceramic insulators and thermal ceramic insulators for the appliance, power generation, medical, electronic and various other industries. Our insulators are for high temperature applications. Ceramic insulator for heater when you need electrical insulation in high heat applications. Our design engineers are always at your service to assist you for use of Ceramic Insulator from the standards range. 


ceramic Insulator


Ceramic Insulator for Heating Element Ceramic

Steatite ceramic components have reasonably high dielectric strength at high temperatures. Furthermore, steatite is a great electrical insulator because it demonstrates fairly high thermal conductivity and resistance to chemical and corrosion attack. Our design engineers are always at your service to assist you for use of Ceramic Insulator from the standards range. We can also develop a custom design Ceramic insulator for your applications if the required quantities are substantially large for economically viable production. All the above features coupled with good mechanical qualities make Jyalox beads an ideal carrier of the heating element.


Ceramic insulator for heater when you need electrical insulation in high heat applications. Ceramic Heater Spacers are useful for supporting electric heating elements in heaters . Ceramic is abrasion resistant and long life in applications where other materials would wear out quickly with low thermal expansion rate and high electrical insulation.


We suggest before designing your end product, please consult us, our design engineers are always available to assist you in selecting insulators from our standard range or to develop custom designed Ceramic Insulator suitable for your application. To make custom designed components economically viable for production, quantities of required components should be substantially large. Jyoti Ceramic provides all the necessary services required for developing suitable ceramic insulator components for your application. For More Information Please Visit us at: https://www.jyoticeramic.com/electric-heater.php

Watch video: https://www.youtube.com/watch?v=Ln-zV37d700
Labels:
Location: Mumbai, Maharashtra, India

Comments

Post a Comment

Popular posts from this blog

Zircosil - Zirconium Silicate Micro Milling Media

Zircosil is the registered name of Jyoti Ceramic Industries Pvt. Ltd. for their proprietary formulated Zirconium Silicate composite, specially developed for upper medium density (4.4 g/cm3) ceramic micro milling beads used for wet milling/dispersion of formulation Looking at the market needs for medium density, long-lasting, cost-effective ceramic milling beads, we started an extensive research to develop suitable ceramic milling beads to the specific segment of customers who have bead mills but not suitable to carry the load of Zirconox high density (6.2 g/cm3) beads. We finally developed Zircosil ceramic micro milling beads formulated from microfine fused Zirconium siicate powder sintered at high temperature. Generally, for dispersion or particle size reduction of substances, ceramic-glass beads are used world over in bead mills, pearl mills or in agitating attritor mills Zircosil - Zirconium silicate beads can conveniently replace glass and most of ceramic beads due to it...
1 comment
Read more

Alumina Toughened Zirconia - Introduction & Applications

  Introduction Alumina Toughened Zirconia products are products made from zirconia and alumina. Zirconia is an oxide of zircon that is often added to other materials because of its durability. Typically, zirconia tuff alumina has a zirconia fraction of about one-tenth or one-fifth. However, this quantity can be adjusted as per the requirement of the product.  ATZ Ceramics is the perfect balance between price and value. ATZ products are stronger than normal alumina products. They are less expensive than pure zirconia products. So, with Alumina Toughened Zirconia products, you get the best of both worlds. Although both zirconia toughened alumina and alumina toughened zirconia have the same raw material, it is important not to confuse the two composites. In alumina solid zirconia, the ratio of alumina to zirconia is low. In zirconia hard alumina, the opposite is the case. Properties of Alumina toughened zirconia One of the most remarkable properties of alumina toughened zircon...
Post a Comment
Read more

Zircoat Refractory Coatings

 Zircoat Refractory Coatings ZIRCOAT is zirconia rich, high temperature, erosion / corrosion resistant ceramic water - based refractory coating compound, which is available in two grades; ZIRCOAT-HT and ZIRCOAT-M respectively. Zircoat is the outcome of the untiring efforts put in by our scientists and technicians, backed by a state-of-the-art R&D laboratory. Zircoat marks the development of a unique Zirconia Ceramic Refractory Coating compound, which will prove greatly beneficial to the industries where erosion/corrosion is a severe and chronic problem for refractories and kiln steel shells. Main Characteristics & Advantages Of Zircoat ·         Easy to apply by trowelling, brushing or spraying ·         Good adhesion to metals, refractory bricks, monolithics, castables and ceramic fibre modules, molten metal, graphite /carbon crucibles etc. ·         Go...
Post a Comment
Read more