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Melting furnaces
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Melting furnace / small - 1100°C | KP 1100
Borel Swiss' KP 1100 Series is part of the company's product line of mobile crucible furnaces. Models of the series are...
Melting furnace / small - 1100°C | KP 1100
Borel Swiss' KP 1100 Series is part of the company's product line of mobile crucible furnaces. Models of the series are primarily utilized for melting operations, or maintaining the melted states of non-ferrous metal materials. They enable accessibility to the crucibles from the top, complete with manual covers. They showcase multi-layer insulation capabilities, with dual thickness of the ceramic fibers. They also exhibit electrical power values of 230 V at 50 Hz.
Crucible furnace / melting - 1200°C | CB 1200
The CB 1200 by Borel Switzerland is a Crucible furnace which is comes with a fixed crucible furnace that is...
Crucible furnace / melting - 1200°C | CB 1200
The CB 1200 by Borel Switzerland is a Crucible furnace which is comes with a fixed crucible furnace that is used for melting or holding the melted state of nonferrous metals. For this specific unit, it has a multilayer insulation having an interior that is made of ceramic fiber and refractory bricks. Also, it uses a thermocouple located outside the crucible and an Axron's PID temperature controller for regulation of the unit.
Crucible furnace / melting - CA 1280
The CA 1280 is manufactured by Borel Switzerland. This removable crucible furnace is especially...
Crucible furnace / melting - CA 1280
The CA 1280 is manufactured by Borel Switzerland. This removable crucible furnace is especially designed for melting, or maintaining melted state of non-ferrous metals. Tong is used to handle the unit. The CA 1280 has access to from top, and manual cover closing. It is insulated in multi-layer, the interior is insulated with ceramic fiber and refractory bricks.
Melting furnace - 1350°C | RH 1350
The RH 1350 by Borel Switzerland is a Melting furnace which comes with a portable crucible furnace that is used for melting or...
Melting furnace - 1350°C | RH 1350
The RH 1350 by Borel Switzerland is a Melting furnace which comes with a portable crucible furnace that is used for melting or holding the melted state of nonferrous metals. For this specific unit, it has a multilayer insulation having an interior that is made of ceramic fiber and refractory bricks. Also, it comes with an thermocouple that has a digital PID temperature controller which is designed for regulation of the unit. Another regulator is an analogue display of its voltage and amperes.
Melting furnace / induction - FD 100-12
Product Description
Definition: Medium frequency fusion furnace for all applications.
Construction: Mechanically welded frame.
Insulation:...
Definition: Medium frequency fusion furnace for all applications.
Construction: Mechanically welded frame.
Insulation:...
Melting furnace / induction - FD 100-12
Product Description
Definition: Medium frequency fusion furnace for all applications.
Construction: Mechanically welded frame.
Insulation: Multilayer insulation. Interior in ceramic fibre and refractory bricks.
Heating: Optimum energy efficiency (> 95%), reduced consumption.
Electricity: 3 x 400VAC, certain models are also available in single-phase 230VAC- 50Hz version.
Regulation: Digital microprocessor.
Documentation: Certification CE and operating instructions in English.
Delivered with: 1 crucible, 1 handling tongs.
Version: *-M, single-phase 230VAC.
Definition: Medium frequency fusion furnace for all applications.
Construction: Mechanically welded frame.
Insulation: Multilayer insulation. Interior in ceramic fibre and refractory bricks.
Heating: Optimum energy efficiency (> 95%), reduced consumption.
Electricity: 3 x 400VAC, certain models are also available in single-phase 230VAC- 50Hz version.
Regulation: Digital microprocessor.
Documentation: Certification CE and operating instructions in English.
Delivered with: 1 crucible, 1 handling tongs.
Version: *-M, single-phase 230VAC.
Crystal growth furnace / melting / vacuum / for photovoltaic silicon ingot - PV 600
We have more than thirty years of experience in silicon crystallization for the photovoltaic industry...
Crystal growth furnace / melting / vacuum / for photovoltaic silicon ingot - PV 600
We have more than thirty years of experience in silicon crystallization for the photovoltaic industry...
Melting furnace / vacuum / induction - TVM
TVM are furnaces designed for vacuum induction melting. They are applicable for melting under vacuum conditions of titanium, TiAl, stainless steel, nickel-based super alloys and other unconventional alloys.
TOPCAST has manufactured this class of furnaces according to different customized specifications...
TOPCAST has manufactured this class of furnaces according to different customized specifications...
Melting furnace / vacuum / induction - TVM
TVM are furnaces designed for vacuum induction melting. They are applicable for melting under vacuum conditions of titanium, TiAl, stainless steel, nickel-based super alloys and other unconventional alloys.
TOPCAST has manufactured this class of furnaces according to different customized specifications of Ti crucible capacity, flask mould size and vacuum level.
The plant is structurally separated into 6 different sub-systems such as Vacuum Melting Chamber, Induction Generator, Tilting Coil and Crucible Assembly, Casting Mold, Vacuum Pump and Monitoring System.
Crucible can be prepared in different ceramic materials or in copper-sliced water cooled.
The crucibles for Ti can avoid alloy contamination and they can withstand the high thermal and chemical shocks due to Ti melting. The cold-crucible systems are also available for the larger power requirement.
In order to avoid alpha-case structure in the cast parts, TOPCAST has been designed an investment powder for Titanium casting.
The system also include monitoring System for process data collection, vacuum leakage detector and oxygen analyzer and RS232 and USB interfaces.
TOPCAST has manufactured this class of furnaces according to different customized specifications of Ti crucible capacity, flask mould size and vacuum level.
The plant is structurally separated into 6 different sub-systems such as Vacuum Melting Chamber, Induction Generator, Tilting Coil and Crucible Assembly, Casting Mold, Vacuum Pump and Monitoring System.
Crucible can be prepared in different ceramic materials or in copper-sliced water cooled.
The crucibles for Ti can avoid alloy contamination and they can withstand the high thermal and chemical shocks due to Ti melting. The cold-crucible systems are also available for the larger power requirement.
In order to avoid alpha-case structure in the cast parts, TOPCAST has been designed an investment powder for Titanium casting.
The system also include monitoring System for process data collection, vacuum leakage detector and oxygen analyzer and RS232 and USB interfaces.
Melting furnace / induction - 5 - 200 kW, max. +1 800°C | TMF
TMF manufactured superior power induction melter.
TMF-RTOPCAST develops and class leading generators for induction heating applications. The design initiative...
TMF-RTOPCAST develops and class leading generators for induction heating applications. The design initiative...
Melting furnace / induction - 5 - 200 kW, max. +1 800°C | TMF
TMF manufactured superior power induction melter.
TMF-RTOPCAST develops and class leading generators for induction heating applications. The design initiative makes use of both configurations series and parallel resonant typology that implements the newest and most enhanced SCR's and IGPT's components available globally. The galvanic insulation between the coils and the power circuit in these generators renders unparalleled efficiency for the user, while digital technology makes this range of furnaces sound free dependable and flexible. Fiber optic connections add unrivaled immunity to electrical noise in the most demanding environments.
TMF-RTOPCAST develops and class leading generators for induction heating applications. The design initiative makes use of both configurations series and parallel resonant typology that implements the newest and most enhanced SCR's and IGPT's components available globally. The galvanic insulation between the coils and the power circuit in these generators renders unparalleled efficiency for the user, while digital technology makes this range of furnaces sound free dependable and flexible. Fiber optic connections add unrivaled immunity to electrical noise in the most demanding environments.
Melting furnace / induction - 10 - 12 kw, max. +1 700°C | TMF-P
Induction melting furnaces for steel assay TMF are able to easily melt ferrous metals and this includes steel scraps and iron ores. They may be having an infrared-sensible optical pyrometer used for...
Melting furnace / induction - 10 - 12 kw, max. +1 700°C | TMF-P
Induction melting furnaces for steel assay TMF are able to easily melt ferrous metals and this includes steel scraps and iron ores. They may be having an infrared-sensible optical pyrometer used for temperature control. Topcast induction melters will make use of generators in series resonant topology or even for parallel resonant. A medium frequency electromagnetic field facilitates optimum alloy homogenization. The furnace can melt steel scraps and iron ore in order to be able to pour an assay ingot. This in turn needs to be sampled through the means of an X-ray spectrum analyzer. The furnace can be used in the recovery of metal scraps (iron, steel, aluminium, and zinc) and waste recycle. Digital electronics offers the programmability required to control any application.
Cupellation furnace - max. +1 200 °C | TCF
The TCF Cupellation Induction Furnaces are used for precious metals alloys in the assay process. For testing the purpose is removal of all non-noble metal from the alloy and Cupellation is that procedure. To heat...
Cupellation furnace - max. +1 200 °C | TCF
The TCF Cupellation Induction Furnaces are used for precious metals alloys in the assay process. For testing the purpose is removal of all non-noble metal from the alloy and Cupellation is that procedure. To heat the muffle, the built-in electromagnetic induction generator is provided with the Cupellation Furnace. The highest energy efficiency and the ultra fast work cycle is what this directly leads to. An advanced diagnostic system is given and the output of power is regulated with the electronic control. There are many advantages such as fast heating when induction is sued to directly heat the muffle, and with the silicon carbide resistance rods in respect the power doesn't have to be manually regulated so it is self-regulating. For the prevention of thermal shocks to the resistor rods the furnace doesn't have to be left on.