Chamber furnace
tubulartunnelannealing

Chamber furnace - Materials Research Furnaces - tubular / tunnel / annealing
Chamber furnace - Materials Research Furnaces - tubular / tunnel / annealing
Chamber furnace - Materials Research Furnaces - tubular / tunnel / annealing - image - 2
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Characteristics

Configuration
chamber, tubular, tunnel
Function
annealing
Heat source
electric
Atmosphere
hydrogen, inert gas
Other characteristics
continuous, for the electronics industry, for metallurgy, for precious metals
Maximum temperature

Min.: 0 °C
(32 °F)

Max.: 2,500 °C
(4,532 °F)

Description

Continuous feed wire annealing furnaces feature up to twelve open ended wire feed tubes. The wire inlet and outlet flanges adapt to a wire feed system (wire feed & pick-up). The furnace is set up vertically for a simplified wire support and tension system that uses gravity in it’s favor. A unique temperature gradient is created using heat shielding on either side of the high uniformity hot zone, for controlled heat up and cool down rates. Our wire annealing furnaces are capable of maintaining operating temperatures up to 2500°C (4500F) using electrical heaters. The furnace system includes an inert or reducing gas environment for the wires and chamber, with gas flows to create pressure differentials to prevent air from entering the furnace tubes and chamber. General specifications: Specifically designed for continuous wire annealing 18″ (457 mm) long heated section Unique temperature gradients for controlled heat up and cool down of wire Up to twelve open ended wire feeding tubes Inert gas or Hydrogen operation Tungsten or Tantalum Mesh heating element shields Oxygen Monitor with audible alarm to monitor furnace atmosphere The chamber is designed to accommodate up to twelve feeding wires. The wires will pass first through a stainless steel guide tube located at the top, and will then move into the higher (2500°C max.) temperature furnace zone. The wires comes up to the annealing temperature in this section. The hot zone is a highly uniform temperature zone, creating repeatable and reliable heating. Next the wire will enter the cooling zone at the bottom with a temperature gradient set so the cool down rate is controlled to meet process specifications.

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WIRE ANNEALING FURNACES

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