Hpp High Pressure Pumps Computadora Machine Automatic Hpp Ultra High Pressure 170L

• Customization: Available
• Customized: Customized
• Certification: CE, FDA, EEC, ISO13485
• Model NO.: SFU600-170L
• Scale: Medium
• Automation: Automatic
• Operation: Continuous
• Property: Physical Sterilization
• Volume: ≥300L
• Maximum Working Pressure: 600MPa
• Number of High-Pressure Source Groups: 6
• Main Equipment Size: 12000*4200*4000mm
• Equipment Weight: 88t
• Transport Package: Ship
• Specification: set
• Trademark: Seafar
• Origin: China
• Package Size: 200.00cm * 200.00cm * 200.00cm
• Package Gross Weight: 20.000kg

Product Description

 

HPP Technology Principle

SFU600-170L

Effective volume of hyperbaric chamber: ≥150L

 

Inner diameter of hyperbaric chamber: φ300mm×2400mm

 

Max working pressure: 600MPa

 

Total installed power: Determined based on the number of high-voltage source groups

1. HPP, also known as ultra-high pressure processing technology, refers to placing food sealed in an elastic container in a pressure system with water or other liquids as the pressure transmission medium, and then subjecting it to a pressure treatment of 100-600Mpa to sterilize, inactivate enzymes, and improve food functional properties at room temperature or even lower.

2. Thermal sterilization technology has some insurmountable shortcomings, which can damage the color, flavor, functionality, and nutritional components of some products, especially heat-sensitive products. After thermal sterilization, fresh products lose their original freshness and even produce odors, affecting product quality.

3. Analysis: HPP is one of the most researched and commercialized non-thermal processing technologies. It overcomes the above-mentioned deficiencies in thermal sterilization and has the following advantages:
Retains heat-sensitive nutrients; extends the shelf life of food without the use of additives and preservatives; maintains food freshness; a new trend in healthy living.

 

Product Description

HPP	Pasteurization
·Non-heating technology; ·High pressure ·New technology ·Pressure is transmitted instantly ·The pressure is the same at every point of the product ·Does not change the chemical composition of the food	·Use heat to preserve food ·Comprehensive technology ·Slow conduction ·The temperature will change gradually  ·The heat will form new compounds

 

Detailed Photos

 

Product Parameters

 

Product name

Form

Effective volume of hyperbaric chamber

Inner diameter of hyperbaric chamber

Max working pressure

Total installed power

High voltage source group

Control system

Boost time

Host equipment size

Equipment weight

Pressure compensation method

Pressure relief method

Security mechanism

SFU600-170L

Elevated-horizontal; flat-floor

≥150L

φ300mm×1800mm

600MPa

Determined based on the number of high-pressure source groups

Group 3

Automatic control

≤5 minutes

10000*3600*4000mm

53T

Automatic pressure compensation

Automatic pressure relief

Smart Protection

Application Scenario

 

Certifications

 

Company Profile

The UHP Sterilization Laboratory is a research institute in Luohe, Henan Province established by Xifa (Shanghai) Hydraulic Technology Co., Ltd., focusing on the research and development and application of UHP sterilization technology. The laboratory is equipped with advanced UHP sterilization equipment to ensure the accuracy and efficiency of the experimental process. The research team is composed of experienced experts and technicians who have conducted in-depth research on the mechanism and optimal process conditions of UHP sterilization technology, and continuously improved the UHP sterilization effect and equipment performance.

The laboratory is committed to transforming research results into actual productivity and providing efficient and safe sterilization solutions for industries such as food and biomedicine. At the same time, the laboratory will focus on academic exchanges and technology promotion, participate in domestic and international industry seminars and cooperation projects, and contribute to the development of ultra-high pressure sterilization technology.

 

FAQ