ARSENIC APPARATUS FOR THE DETERMINATION OF ARSENIC AND ANTIMONY (Sb) IN BRASS, BRONZE, FERROUS AND NON-FERROUS ALLOYS BY DISTILLATION - BOROSILICATE GLASS

The SterLab™ Arsenic Apparatus (SMC-1016) is a laboratory apparatus intended for the determination of arsenic and antimony (Sb) in metals and alloys, including brass, bronze, ferrous alloys, and non-ferrous alloys, using a distillation method.

The apparatus supports analytical procedures in which the sample is treated according to the relevant test method and the required constituents are separated through distillation for subsequent determination. It is suitable for use in metallurgical laboratories, materials testing facilities, chemical analysis laboratories, and industrial quality-control departments.

This apparatus is supplied without a stand, clamp, or burner. These supporting items must be arranged separately to suit the laboratory's setup and the requirements of the analytical procedure.

SPECIFICATIONS

• Product Name: Arsenic Apparatus for Determination of Arsenic and Antimony by Distillation

• Analytical Method: Distillation

• Elements Determined: Arsenic (As) and Antimony (Sb)

• Applicable Materials: Brass, bronze, ferrous alloys, and non-ferrous alloys

• Application: Chemical analysis and determination of arsenic and antimony in metallic materials

• Stand: Not included

• Clamp: Not included

• Burner: Not included

KEY FEATURES

• Distillation-Based Analysis: Designed for analytical procedures involving separation by distillation.

• Dual-Element Application: Intended for the determination of arsenic and antimony.

• Broad Material Suitability: Applicable to brass, bronze, ferrous, and non-ferrous alloys.

• Laboratory and Industrial Use: Suitable for metallurgical testing, chemical analysis, and quality-control applications.

• Flexible Laboratory Setup: Supporting accessories can be selected according to the test procedure.

NOTES

• Supporting equipment: Stand, clamp, and burner are not included in the supplied apparatus.

• Method requirements: Confirm the exact procedure, glassware configuration, and any additional components required for the intended analytical method before use.

• Safety: Arsenic and antimony compounds can be toxic. Distillation may also involve hazardous vapours or reagents; testing must be carried out by trained personnel using appropriate fume extraction, protective equipment, and approved laboratory procedures.

• Technical details: Glass material, dimensions, joint sizes, and compatibility with specific analytical standards should be confirmed with the supplier if required.