The beating degree tester (also known as the beating degree tester) is designed based on the phenomenon that the beating degree of pulp is inversely proportional to the filtration rate of the pulp suspension.
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The beating degree tester (also known as the beating degree tester) is designed based on the phenomenon that the beating degree of pulp is inversely proportional to the filtration rate of the pulp suspension. It is modeled after the Schubert-Riegeler beating degree tester and is used to determine the filtration performance of pulp suspension, study fiber condition, and evaluate the degree of pulp beating.
Features
1. The beating degree tester uses a manually tightened sealing cone.
2. A three-legged leveling mechanism adjusts the centering of the sealing cone to ensure a tight seal between the cone and the cylinder.
3. A throttle valve regulates the water flow rate, thereby adjusting the piston rod's rising speed and ultimately the sealing cone's rising speed.
4. Key components of the instrument are made of high-quality corrosion-resistant stainless steel, resulting in a more aesthetically pleasing, rust-free, and durable machine.
Modelo | KASON-DJD100 |
Faixa de medição | 1~100 RS |
Valor de graduação do cilindro indicador | 1SR |
Tempo de drenagem da saída de transbordamento | 149±1s |
Volume restante | 7,5~8mL |
A velocidade crescente do cone de vedação | 100±10mm/s |
Condições de teste | Temperatura 10–30°C, umidade relativa não superior a 85% |
Tamanho da unidade principal | 450×250×1160mm |
Peso líquido | Cerca de 30kg |
Padrão | ISO 5267/1 "Culpa - Determinação da permeabilidade à água - Parte 1: Método Schubert-Riegeler" GB 3332 "Determinação da liberdade da polpa" etc. |
Configuração padrão | Unidade principal 1 + Malha de cobre 2 + Anel de borracha 2 + Cilindro de medição 2 + Chave 1 + Documentos técnicos |
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