PHI MoSi2 Heating Elements “WINNER”

Prolific Group is proud to be a distributor of Winner’s products in South East Asia region, which are well-known by MoSi2 heating element product quality.

We distribute various types of high-temperature heaters and components such as heat-resistance wires (up to 1400oc), Silicon Carbide Heaters (SiC, up to 1600oc) and Molybdenum Disilicide Heating element (MoSi2, up to 1850oc) both for standard and customized products. It can be used in wide-range of temperature for various industries. In addition, we can also design and co-design with our customers to maximize effectiveness and efficiency of our products as well as to meet our customers expectation.


MoSi2 heating element, developed by Winner, is a heating product using electric properties (differences in resistance). Its common temperature (>1500 or more) is much higher than metal heating element for 1200oc or less and SiC heating element for 1400oc or less.

Since rapid heating is possible and operational, producing very high efficiency, it is appropriate to industrial furnace, glass melting furnace, incinerators, and experimental furnace for R & D. Its power source is electricity so it does not produce harmful gases, being a worthy environment-friendly product.

With the slogan “Your Satisfaction is Our Business”, Winner is surely proven to be a trusted partner in MoSi2 Heating Element selection. 

Winner MoSi2 heating element is a dense cermet material consisting of molybdenum disilicide and an oxide component, mainly a glassy phase silicon dioxide (SiO2) and an electrical resistance type heating element which converts electrical energy to heat energy.

We commit “Excellent Quality – Fast delivery – Best Price” for understanding demand of customer in selecting MoSi2 heating element.

Key Features of products:

  • Rapid heating & cooling
  • Stable temperature distribution in a furnace
  • High efficiency in operation
  • Easy replacement, Stability of Properties, Durability
  • Customized manufacturing (Various shape and type)

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