Mineralize

Our hotplates are designed for continuous operation in an aggressively chemical environment. They are totally inert-to acid solutions and the corrosive atmosphere of fume hoods (PFA coating, no metal component exposed to the atmosphere, controller unit can be removed from hood, power cord inserted in a Fluoropolymer sheath). They do not emit any particles that could contaminate the samples and laboratory, and they can be installed in dust-free laboratories and clean rooms. The safe controllers (3 safety fuses in total) allow it to be used intensively.

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Our hotplates are designed for continuous operation in an aggressively chemical environment. They are totally inert-to acid solutions and the corrosive atmosphere of fume hoods (PFA coating, no metal component exposed to the atmosphere, controller unit can be removed from hood, power cord inserted in a Fluoropolymer sheath). They do not emit any particles that could contaminate the samples and laboratory, and they can be installed in dust-free laboratories and clean rooms. The safe controllers (3 safety fuses in total) allow it to be used intensively.

Contact us for ordering

Our hotplates are designed for continuous operation in an aggressively chemical environment. They are totally inert-to acid solutions and the corrosive atmosphere of fume hoods (PFA coating, no metal component exposed to the atmosphere, controller unit can be removed from hood, power cord inserted in a Fluoropolymer sheath). They do not emit any particles that could contaminate the samples and laboratory, and they can be installed in dust-free laboratories and clean rooms. The safe controllers (3 safety fuses in total) allow it to be used intensively.

Contact us for ordering

Our hotplates are designed for continuous operation in an aggressively chemical environment. They are totally inert-to acid solutions and the corrosive atmosphere of fume hoods (PFA coating, no metal component exposed to the atmosphere, controller unit can be removed from hood, power cord inserted in a Fluoropolymer sheath). They do not emit any particles that could contaminate the samples and laboratory, and they can be installed in dust-free laboratories and clean rooms. The safe controllers (3 safety fuses in total) allow it to be used intensively.

Contact us for ordering

Our hotplates are designed for continuous operation in an aggressively chemical environment. They are totally inert-to acid solutions and the corrosive atmosphere of fume hoods (PFA coating, no metal component exposed to the atmosphere, controller unit can be removed from hood, power cord inserted in a sheath). They do not emit any particles that could contaminate the samples and laboratory, and they can be installed in dust-free laboratories and clean rooms. The safe controllers (3 safety fuses in total) allow it to be used intensively.

Contact us for ordering

Our hotplates are designed for continuous operation in an aggressively chemical environment. They are totally inert-to acid solutions and the corrosive atmosphere of fume hoods (PFA coating, no metal component exposed to the atmosphere, controller unit can be removed from hood, power cord inserted in a Fluoropolymer sheath). They do not emit any particles that could contaminate the samples and laboratory, and they can be installed in dust-free laboratories and clean rooms. The safe controllers (3 safety fuses in total) allow it to be used intensively.

Contact us for ordering

We have developed a hot plate that can reach 350°C, especially for mineralization operations at temperatures above 250°C, for the evaporation of H2SO4 solutions. The frame of this plate is inert to acids and constitutes a thermal insulation for protecting the surface of the bench. 350°C hot plate installed in an acid attack-resistant fume hood and bench made of 100% Polypropylene.

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We have developed a hot plate that can reach 350°C, especially for mineralization operations at temperatures above 250°C, for the evaporation of H2SO4 solutions. The frame of this plate is inert to acids and constitutes a thermal insulation for protecting the surface of the bench. 350°C hot plate installed in an acid attack-resistant fume hood and bench made of 100% Polypropylene.

Contact us for ordering

We have developed a hot plate that can reach 350°C, especially for mineralization operations at temperatures above 250°C, for the evaporation of H2SO4 solutions. The frame of this plate is inert to acids and constitutes a thermal insulation for protecting the surface of the bench. 350°C hot plate installed in an acid attack-resistant fume hood and bench made of 100% Polypropylene.

Contact us for ordering

By using Racks on the hotplate, the container can be heated evenly from the bottom to the top.

They are manufactured to the dimensions of your vessel.

Adapted to your disposable or reusable bottles (Made of the same material and with same protection against corrosion).

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By using Racks on the hotplate, the container can be heated evenly from the bottom to the top.

They are manufactured to the dimensions of your vessel.

Adapted to your disposable or reusable bottles (Made of the same material and with same protection against corrosion).

Contact us for ordering

Due to its special graphite construction, EasyDigest® procures an optimal even temperature throughout each sample. The temperature is stable and accurately controlled at +/- 2°. The maximum operating temperature, 250°C, is generally sufficient for the mineralization, concentration and evaporation operations of most of the mineral acids used: HCl, HNO₃, HBr, HF, HCLO₄. 

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Due to its special graphite construction, EasyDigest® procures an optimal even temperature throughout each sample. The temperature is stable and accurately controlled at +/- 2°. The maximum operating temperature, 250°C, is generally sufficient for the mineralization, concentration and evaporation operations of most of the mineral acids used: HCl, HNO₃, HBr, HF, HCLO₄. 

Contact us for ordering

Due to its special graphite construction, EasyDigest® procures an optimal even temperature throughout each sample. The temperature is stable and accurately controlled at +/- 2°. The maximum operating temperature, 250°C, is generally sufficient for the mineralization, concentration and evaporation operations of most of the mineral acids used: HCl, HNO₃, HBr, HF, HCLO₄. 

Contact us for ordering