Core Application Areas
IOTA BJ1000 Phenyl Silicone Oil plays a vital role in various industrial sectors due to its unique molecular structure. As a heat transfer and pressure transfer fluid, it reliably transmits heat and pressure within a temperature range of -35°C to +200°C. In the power and electronics industry, it is frequently employed as an insulating dielectric in capacitors and transformers, where its dielectric constant of approximately 2.9 and dielectric strength of about 20 kVmm-1 help ensure equipment safety. It also serves as a base fluid for formulating heat-resistant lubricants, meeting the lubrication demands of high-temperature mechanical components. Physicochemical Indicators and Thermal Stability
At 25°C, this silicone oil has a viscosity of 900-1300 mPa.s, a density of approximately 1.09 g/cm³, and a refractive index of about 1.51. Its thermal properties are highly notable, with a thermal conductivity of roughly 0.14 Wm-1K-1 and a specific heat of approximately 1.46 Jg-1K-1. Under high-temperature conditions, its volatility is well-controlled, registering below 1.0% after 2 hours at 250°C. With a flash point of around 280°C and an ignition temperature above 400°C, the data indicates a strong safety margin during high-temperature operations. Usage Standards and Storage Management
To preserve the performance of IOTA BJ1000, strict avoidance of acids, alkalis, mineral oils, organometallic compounds, metal salts, and oxides during use is necessary, as these impurities can shorten its service life. In open-system applications, regular flash point checks are essential maintenance procedures; annual inspections are advised, with increased frequency for harsh operating conditions. For storage, although the product label specifies a shelf life, expiration does not render the product unusable. Simply testing key attributes before use to confirm they align with the intended application requirements will allow for continued safe usage.

IOTA BJ1000 Phenyl Silicone Oils-IOTA