SHENZHEN PENGLAI Machines LIMITED is one of the renowned manufacturers, suppliers and exporters of filling capping labeling machines, with a factory in GUANGZHOU and SHENZHEN. With years of experience in the production line of manufacturing machines , we are known for our outstanding performance in the industry. We have helped ourselves as one of the leading brand in CHINA. More information WhatsApp us +86-15811882441 as well as send email to jackdu999@penglaipacking.com
Automatic vacuum capping machine for glass bottles Vacío automático de nivelación de la máquina
This capping machine,Automatic vacuum capping machine for glass bottles Vacío automático de nivelación de la máquina, is researched and developed by our company with years of experience. It is unique in domestic. Integrated automatically cap arranging with covering, vacuum capping. Adopted manual vacuum pump to achieve high vacuum. With the functions of no bottle no covering, alarming when no caps are availble. Enjoyed high automation. The main pneumatic and electric parts are from world famous brands. With stable and reliable performance. It is widely used for vacuum capping of the glass jars with iron caps in the industries of canned food, beverage, seasoning, health care products etc.
Technical parameter of Automatic vacuum capping machine for glass bottles Vacío automático de nivelación de la máquina
Power supply Power Capping speed Cap diameter Jar height Jar diameter Vacuum degree Air consumption AC220V/50HZ ≤2.3KW 50-60bots/min 30mm-55mm 50mm-85mm 50mm-180mm 80mm-250mm 30-85mm 80-150mm -0.08mpa 0.6m³/0.7Mpa
PENGLAI MACHINERY since 1992 has been manufacturing the cosmetic&food making and packaging machinery.In these field we have the experience rich enough to solve the questions encountered by our customers from both home and abroad.For more information about high quality machinery like the vacuum capping machine for glass bottles,please email via jackdu999@yahoo.com or browse our website www.cosmeticsmachinery.blogspot.com plus http://youtube.com/user/mrjackdu007 Follow us on twitter:http://www.twitter.com/jackdu007 Like us on facebook:http://www.facebook.com/jackdu999 Skype us by :turnanewleaf Tel:+0086-158-11882441
the operation of top homogenizer from vacuum homogenizing emulsifier machine mezclador de vacío
High-pressure homogenization
is essential to the quality and stabilization of beauty creams, lotions, nail varnishes, shampoos, toothpastes, and emulsions containing different oils since it is a very effective way to create the exact required product texture (via particle size reduction) while at the same time creates very stable product compared to the traditional devices such as agitators, stirrers, rotor-stator devices or colloid mills. This is achieved by reducing the particle size and uniformity under conditions of extreme pressure, shear and stress. The result is a homogeneous effective product with superior stability and shelf life. It is well known fact that one of the limiting factors in the performance of some cosmetic product, for instance beauty creams, is its ability to be absorbed into the skin. Drastic particle size reduction enables the skin to absorb the active ingredients in these creams as the surface area increases after the homogenization (vs volume ratio). High-pressure homogenization (also known as micronization) also ensures the most efficient use of the active agents, thus reducing product costs.
A typical Very High Pressure (VHP) homogenizer for cosmetic applications includes the following:
High wear resistant parts and homogenizing valves
Two stage homogenizing valve
All wetted parts are electro-polished, final surface roughness Ra lower than 0,5µm.
Explosion proof design according to the latest American and European standards.
Biotechnology Homogenizer Applications
High-pressure homogenization is widely used for cell rupture (cell rupturing, cell disruption) applications in order to extract intra-cell substances without using solvents or other chemicals for the cell wall breakage. The main purpose is to release intercellular substances such as proteins, enzymes, and vitamins that are found in high concentrations in various organisms such as yeasts, algae and bacteria (and other biological products). High-pressure homogenizers are very effective and efficient for cell rupture operations and can often maximize the yield from valuable source material while keeping product quality at a very high level.
A typical homogenizer skid for cell rupture applications includes the following:
Very High Pressure (VHP) Homogenizer unit
Product stuffing pump
Product pooler
Hard wired or Programmable Logic Controller (PLC) based control panel
Aseptic plunger and valve seals
Aseptic seal water condenser
Clean- in-Place (CIP) and Sterilize-in-Place SIP-able
cGMP compliant validation documentation package
Complete Factory Acceptance Test (FAT) and Site Acceptance Test.
The skid systems are built to the requirements of the ASME BPE standards, and Niro Soavi manufactures the homogenizer units in compliance with the ISO 9001 QA program. Pharmaceutical Homogenizer Applications
Homogenization (known in the pharmaceutical industry as micronization) is the process of reducing the particle sizes of pharmaceutical products, under very high pressures, sheer, turbulence, acceleration and impact, to make them more stable and clinically effective. The bioavailability of the product increases and the tolerance of some otherwise borderline drugs can improve.
The emulsion, suspension or solution is pumped into the high-pressure homogenizer after which it is forced through a special homogenization valve at extremely high pressures (up to 1,500 bar per 21,750). The particles enter the homogenizer with 500 µm maximum sizes, after the treatment the large particles are dispersed and reduced, the particle size typically range from 0.4 to 1 micron depending on the specific application.
High-pressure homogenization in the pharmaceutical industry has proven its ability to make more stable product, with better active ingredient dispersion, than has been achieved with conventional stirrers, rotor-stator devices or colloid mills. It achieves this by reducing the particle size and uniformity under conditions of extreme pressure and stress. The result is a more clinically effective product with greater stability and shelf life.
Shenzhen Penglai since 1992 has been manufacturing the cosmetic&food making and packaging machinery.In these field we have the experience rich enough to solve the questions encountered by our customers from both home and abroad.For more information about high quality machinery like the operation of top homogenizer from vacuum homogenizing emulsifier machine mezclador de vacío ,please email via jackdu999@yahoo.com or browse our website www.cosmeticmakingmachine.com
Follow us on twitter:http://www.twitter.com/jackdu007
Like us on facebook:http://www.facebook.com/jackdu999
Skype us by :turnanewleaf
Tel:+86-158-11882441
PENGLAI INDUSTRIAL CORPORATION LIMITED
When water and oil are mixed together and vigorously shaken, a dispersion of oil droplets in water - and vice versa - is formed. When shaking stops, the phases start to separate. However, when an emulsifier is added to the system, the droplets remain dispersed, and a stable emulsion is obtained.
An emulsifier consists of a water-loving hydrophilic head and an oil-loving hydrophobic tail. The hydrophilic head is directed to the aqueous phase and the hydrophobic tail to the oil phase (see figure 1). The emulsifier positions itself at the oil/water or air/water interface and, by reducing the surface tension, has a stabilising effect on the emulsion.
Figure 1: An oil-in water (left) and water-in-oil (right) emulsion
The tube on the left contains an emulsion. The two separated layers are shown on the right.
In addition to their ability to form an emulsion, emulsifiers have the ability to interact with other food ingredients. In this way, various functionalities can be obtained, for example interaction with proteins or carbohydrates. The emulsifier may be an aerating agent, starch complexing agent and/or crystallisation inhibitor (read more in applications).
