Description

AopuLe urinary iodine digester is designed for urine and water iodine testing, meeting national health standards. Features precise temperature control, uniform digestion, and a corrosion-resistant graphite heating module. Ideal for CDC, hospitals, and testing labs. Factory direct with technical support.

This product is designed and produced according to the health industry standards of the People's Republic of China, "Arsenic Cerium Catalytic Spectrometric Determination of Iodine in Urine" (WS/T107-2006) and "Arsenic Cerium Catalytic Spectrometric Determination of Iodine in Urine" (WS/T107-1999). The APL Ople Constant Temperature Urine Iodine Dissolving Instrument adopts innovative technology and has the advantages of fast heating, complete digestion, high efficiency and convenience. It is widely used in the detection of urine iodine content in health systems and disease control centers.

Main Features

·Using high-purity graphite+PFA layer, heated uniformly, corrosion-resistant. Multiple models to choose from, heating hole size: ND25 type 25 * 16mm (hole diameter) * 50mm (hole depth)

·The control box adopts anti-corrosion design, which can be used with confidence in corrosive environments such as strong acids and alkalis.

·Efficient: Adopting advanced integrated surrounding heating method, all parts of the sample are uniformly heated, which maximizes the prevention of heat loss and eliminates temperature differences between different parts of the same sample, resulting in rapid and thorough digestion.  

·Accurate temperature control: The PID temperature control system is easy to operate, has excellent performance, and is durable. High temperature control accuracy, up to ± 0.2 ℃, adjustable heating rate, program heating and controlled heating holding time, stable heating rate, high and low temperature alarm, automatic heating stop

·Superior thermal conductivity: A reasonable heating method paired with a heating element with superior thermal conductivity can ensure temperature uniformity between each digestion well, with a temperature difference between samples of less than ± 1.0 ℃ (room temperature -250 ℃). When digesting multiple samples, it can ensure the same reaction temperature and conditions for batch processing.