Heater Power 600W Falling Number Tester Landing Value COD Measurement Error <5%

ST006A/B Falling number tester

ST006 Falling number tester .This product is suitable for the determination of A-amylase activity in cereals, flours and other starch-containing products,It is an important measuring instrument for quality verification in grain storage, flour processing, food processing and other fields.

This instrument is in accordance with the Hagbery-Perten method to determine the activity index of a-amylase in grain and flour, and implements GB/T 10361-2008 "Grain Landing Numerical Determination Method" in line with the national standard. The principle of this method is to use the principle of a-amylase on the liquefaction and decomposition of gelatinized starch to determine the activity of enzymes, and the viscosity of the gelatinized liquid decreases significantly after liquefaction and decomposition, so the content of the enzyme can be reflected according to the change of viscosity.

The small drop value and low viscosity indicate strong enzyme activity. In the process of raw grain purchase trade and procurement, the use of landing numerical instrument to detect grain crops, according to the size of the landing value for separate warehouses, according to the quality of the price, refuse to accept malt wheat, will bring you unexpected benefits.

Falling number test

Technical features:

1. The key switch of this instrument adopts membrane soft key switch, which has a long service life. Other units use the ship-type model, this switch is used more times, easy to button failure, need to be replaced.

2. The control part of the instrument adopts intelligent single-chip microcomputer control technology, and uses a prompt light to indicate the next operation, which is more convenient to use.

Technical conditions:

ST006 Falling number tester .This product is suitable for the determination of A-amylase activity in cereals, flours and other starch-containing products,It is an important measuring instrument for quality verification in grain storage, flour processing, food processing and other fields.

This instrument is in accordance with the Hagbery-Perten method to determine the activity index of a-amylase in grain and flour, and implements GB/T 10361-2008 "Grain Landing Numerical Determination Method" in line with the national standard. The principle of this method is to use the principle of a-amylase on the liquefaction and decomposition of gelatinized starch to determine the activity of enzymes, and the viscosity of the gelatinized liquid decreases significantly after liquefaction and decomposition, so the content of the enzyme can be reflected according to the change of viscosity.

The small drop value and low viscosity indicate strong enzyme activity. In the process of raw grain purchase trade and procurement, the use of landing numerical instrument to detect grain crops, according to the size of the landing value for separate warehouses, according to the quality of the price, refuse to accept malt wheat, will bring you unexpected benefits.

  Shandong Shengtai Instruments Co., Ltd. is specialized in the research and production of experimental testing instruments and industrial testing instruments. It is a professional instrument company integrating instrument research and development, manufacturing, sales and service. Its products are widely used in food, flour, grain and oil, Feed, electricity, petrochemical, industrial oil, aerospace, coal quality and other industries.

For more than 10 years, Shengtai has always been adhering to the "first-class service, customer first" as the purpose, "reasonable price, honesty and trustworthiness" as the business policy. Adhere to technical innovation, with rich knowledge of the technical team and experienced, thoughtful after-sales service team.

Shengtai instrument as one of the most large-scale and competitive enterprises in the industry, with the strength of technology research and development, professional technical knowledge and innovative design concept, in the model improvement, Significant technical breakthrough has been achieved in the development of function expansion and intelligent control system.