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KinTek offers a comprehensive range of high-temperature furnaces—from lab and pilot to industrial production scales—operating up to 3000°C. A key KinTek advantage is the expert design and manufacturing of custom-made furnaces tailored to specific application needs, incorporating features such as diverse heating methods and ramp rates, ultra-high and dynamic vacuum systems, precisely controlled atmospheres with specialized gas circuits, integrated automation, and dedicated software and hardware development for advanced functionality.
Item Number: MP-CVD-101
Item Number: KT-RFPE
Item Number: KT-CTF12
Item Number: KT-CTF14
Item Number: KT-CTF16
Item Number: KT-PE12
Item Number: KT-PE16
Item Number: KT-PED
Item Number: KT-TF20
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Learn how vacuum furnaces control pressure to prevent oxidation, creating a void where destructive chemical reactions at high temperatures cannot occur.
Learn why corundum's stability and purity justify its cost for high-temp lab work, and when to choose it over quartz for reliable results.
A deep dive into the critical choice between graphite and all-metal vacuum furnace hot zones, balancing cost, purity, and performance.
Discover how tube furnaces enable material transformation by precisely controlling heat, atmosphere, and time—the keys to repeatable science.
Discover why the true value of a tube furnace isn't just temperature, but the absolute environmental control it offers for repeatable science.
Stop struggling with complex exhaust systems. Discover how the right furnace design inherently minimizes emissions and simplifies compliance.
Discover how multi-chamber continuous vacuum furnaces move beyond batch processing to unlock unprecedented throughput and efficiency in manufacturing.
Discover why your high-temp experiments fail despite correct settings. Learn how the heating element material—not just temperature—is the key to success.
Struggling with inconsistent results from your high-temp processes? Discover the hidden contaminant sabotaging your work and how to fix it for good.
Vacuum brazing isn't just about removing air; it's an active purification process that ensures absolute joint integrity for critical components.
Discover the hidden reason your high-temperature experiments fail. It's not your process; it's a material mismatch inside your furnace. Learn how to fix it.
Vacuum furnaces create pristine environments to prevent oxidation and degas materials, enabling superior strength and purity in critical components.
Struggling with inconsistent, oxidized results from your furnace? Discover the root cause isn't temperature, but atmosphere control, and how to fix it.
A vacuum furnace's pressure isn't a fixed spec. Learn why the dynamic range across heating and cooling phases is the key to material perfection.
Struggling with inconsistent heat treatment? Discover why manual control is the hidden culprit and how computer-controlled furnaces ensure perfect repeatability.
Learn how inert gas circulation transforms slow vacuum cooling into rapid, controlled convective heat transfer for precise material property control.
Struggling with inconsistent results from your tube furnace? Discover why standard equipment fails and how a modular, customizable approach is key to success.
Explore the unique physics of graphite—from thermal stability to chemical inertness—and why it's the key to control in vacuum furnaces.
Explore how continuous vacuum furnaces merge vacuum's purity with high-throughput efficiency, revolutionizing metal heat treatment at an industrial scale.
Explore the engineering trade-offs between molybdenum and graphite in a vacuum furnace's hot zone, revealing how material choices dictate process purity and performance.