Wir beteiligen uns an der kommenden Plastpol 2025 – 29. Internationale Messe für Kunststoff- und Gummiverarbeitung PLASTPOL, 20.–23. Mai 2024 in Kielce – POLEN
Wir präsentieren das komplette Sortiment an thermischen und Kabellösungen
Besuchen Sie uns in Halle 1, Stand B06
We are participating at PlastPol 2026, The International Fair of Plastics and Rubber Processing PlastPol 2026 📍 Booth No.: 2 – Fo3 Kielce- POLAND 🗓️ MAY 19th – 22nd, 2026 Schedule A Meeting https://outlook.office.com/book/[email protected]/ At Tempsens, we bring decades of expertise in delivering reliable thermal engineering solutions tailored for the oil & gas […]
We are participating at EL Asia 2026, International Exhibition on Power, Electrical, Control and Lighting. El Asia 2026 📍 Hall No.-2, Stand No- H2F5 Bengaluru- INDIA 🗓️ MAY 14th – 17th, 2026 Schedule A Meeting At Tempsens, we bring decades of expertise in delivering reliable thermal engineering solutions tailored for the oil […]
We are participating at Oman Petroleum & Energy Show (OPES) 2026, Oman’s International Oil, Gas & Energy Event OPES 2026 📍Stand No.: C409A MUSCUT , OMAN 🗓️MAY 18th – 20th, 2026 Schedule A Meeting At Tempsens, we bring decades of expertise in delivering reliable temperature sensing and thermal engineering solutions tailored for the […]
Most engineers do not start with the furnace. They start with a material and a property target. Then they work backwards to the process. Then to the equipment. That last step is choosing the right furnace type where the wrong selection costs you yield, quality, and uptime. A muffle furnace cannot do what a bogie […]
Every industry requires a furnace for heating and treating the materials as per their requirement. The only thing that differs is the working medium of the furnace. They can be electrically operated or through burning of natural gas or fossil fuel, known as gas furnaces. These furnaces vary in size from laboratory model to industrial […]
Introduction to Radome Sintering Radome sintering is employed as a controlled material consolidation methodology for select advanced ceramic and ceramic–metal composite components used in strategic aerospace and missile system subsystems. The process leverages statistically distributed particle interaction during thermal densification to achieve near‑isotropic microstructural properties, which are critical for maintaining mechanical stability and thermal reliability […]
