Borosilicate Glass Raschig Rings

Raschig ring also knows as Column packing plates for are essential to the chemical and pharmaceutical research & development process with in column for Distillation Unit. It is an important part of the research which helps to identify potential problems with scale-up.

Raschig rings are pieces of tube used in large numbers as a packed bed within columns for distillation. These glass rings, metal & ceramic random packing ring provide a large surface area within the volume of the column for interaction between liquid and gas vapours. Our rings are made from Borosilicate glass and are food grade quality. These Raschig are available in various size & types like Ceramic random packing & Metal ring SS304/316

borosilicate glass raschig rings

Borosilicate Column Packing Raschig ring is a kind of chemical packing made of high borosilicate glass with the same circle and diameter. it is a kind of low expansion rate, high temperature resistance, high strength, high hardness, high chemical stability (it is resistant to water, acid salt solutions, organic matter, and even chlorine and bromine. Halogen, its stability is very good) Available in a wide range of sizes to meet your custom need.

Enhanced resolution and purity.

The packed column will create more theoretical plates, which in turn will increase resolution. In layman’s terms, the variation and increased surface area will change the way condensation occurs in the packing column, which can lead to fantastic results for those doing Fractional distillation or other chemical separation or Solvent recovery.

Best Glass Raschig Ring – Column Packing in The USA & Canada

Selecting the appropriate equipment is essential for dependable and excellent Distillation Column. In Fractional Distillation In Industrial Glassware Rasching is the ideal choice due to its chemical resistance and visibility, which provide improved reaction monitoring. The best kilo lab equipment has the qualities that guarantee accuracy, efficiency, and safety—all of which are necessary for effective reactions at the kilogram scale.

What is an Application of Raschig ring?

Raschig Ring also known as Column packing plates, may replicate plant conditions to guarantee the active pharmaceutical component is created in the right form or polymorph.

The Raschig Ring is approximately equal in lengths & diameter& used in the distillation tower during any type of distillation & other chemicals engineering process. Provides larger surface are in the tower for the interaction between liquid & gas or steam.

In Distillation Column, the refluxed or condensed steam flown down the concerting the surface of the Raschig Ring, while the stream from the reboiler rise in to the column when steam & liquid pass counter currently in a small spaced , they trend to balance .

Column packing plates is suitable for device that contact gas & liquid for gas absorption, stripping or chemical reaction & as support for biofilm in bioreactors.

Types of Column Packing – Raschig Ring

Because its modular design enables easy modification to fit individual process demands, these are widely employed in educational institutions, research and development centers, and enterprises

Raschig Ring are of the following type

  • Borosilicate Glass Raschig Ring
  • Borosilicate Pall Rings
  • Ceramic Packing Rings
  • Metal Packing Ring SS 304/316
  • Plastic Flat Rings
  • Structured Packing Rings
  • Molecular Sieve
  • Carbon Raschig Ring

How Glass Raschig Ring Work

Column Section

Column can be constructed either by using pipe sections with support plates or using column sections with packing supports. Column sections are provided with fused shelf where packing support can rest.

Column Section with Thermometer Branch

Above column sections can be provided with a thermometer branch below the packing shelf at 20° slope.

Packing Supports

Packing supports Type A are made of fused glass rods. Packing supports Type B (heavy duty) are made of PTFE Blocks with holes.

PTFE Perforated Plates

These are used as packing retainers to prevent the packing from lifting due to vapour velocity. These can be clamped between two components without using any gasket.

Packing require for various pipe sections (Kgs.)

Notes of use of Column Packing

  • Due to their low bulk densities, Glass Raschig rings are suitable for packing glass columns.
  • Generally, the ratio of Column diameter to packing diameter should not be less than 8:1 .
  • When using smaller packing size, a small layer of larger packing should be used on packing support, to prevent the smaller packing falling through.
  • In vacuum application and applications involving high vapour velocities, packing may be lifted and may damage to other parts. To prevent this, a packing retainer (PTFE perforated plates) should be used above the packed section.

Column Section With Inbuilt Packing Support

  • Ease in installation being a single piece instead of two pieces.
  • There is no need to maintain stock of CS and packing support.
  • Increases effective packed height which results in to increase in efficiency.
  • Zero maintenance against column flooding
  • Column Packing–Raschig Rings

Raschig ring ranging from 8 mm to 50 mm are available in 3.3. Borosilicate glass.

Pall Rings

Pall Rings are also available for column packing as per process demands

Column Feed Pipe

Feed pipe directs the process fluid to the centre of the column

Reflux Divider:

Manually Operated

Reflux dividers are used to take off the distillate from the column. Usually a valve is to be fitted on distillate outlet which controls the reflux coarsely.

Reflux divider – Magnetically Operated:

This reflux divider is to be used with a electro-magnet and a timer. These have a swinging funnel mechanism which is operated magnetically from outside to remove the condensate or to return the reflux. Through this, correct control of reflux-ratio is possible. Funnel remains at 100% reflux position when magnet is inactive.

DN2 is used for insertion of a Thermometer Pocket. A liquid seal is recommended on the distillate outlet of this reflux divider to prevent the vapour passing directly to the receiver.

Digital Temperature Indicator

These are generally used as headers of shell and tube heat exchanger columns. This instrument is mainly used to monitor the temperature of liquid in a glass vessel in a typical Glass Distillation Unit.

The instrument consists of a Temperature indicator and a Resistance Temperature Detectors (RTD). The instrument works on 230V, 50Hz power supply. This displays the temperature in degree Centigrade in three and half digits of 12.5mm character height.

Electro-magnets

Electro – magnets are used to operate Magnetically operated Reflux dividers. When ‘On ‘ the magnet attracts the swinging funnel of the reflux divider so that distillate can be taken off. Electro-magnets are to be mounted outside the glass column, just near to the reflux divider, with the help of adjustable fittings. These are designed to use with Timers to maintain correct ratio between ‘off’ and ‘on’ timings of its activation. Electro-magnets work on 220V DC power supply, for which a output socket is provided in the Timers.

 Timers

Timers are designed to use with Electro- magnets to provide a correct ratio of reflux and distillate when operating a magnetically operated reflux divider. Timers work on a power supply of 230V, 50Hz.

Features and Specifications

The low inflation rate

  • High temperature resistance
  • High hardness
  • Complete mobility is made possible by small, user-friendly equipment designs.
  • Easy-to-use laboratory equipment on an industrial scale.
  • A highly adaptable production system enables competitive lead times.
  • Complete vacuum up to 1 bar (based on the diameter of the vessel).
  • Temperature range for operation: -20°C to 200
  • Several other choices exist, such as automation, data acquisition, phase separation, solids addition, reflux control, and process control.

Benefits of Raschig Ring

The goal of the Glass Raschig is to provide a simulation that is adaptable and quick for future goods while upholding the standard EHS policy and product quality. It helps with the small-scale manufacture of active medicinal ingredients and assessing production and development procedures before commercialization.

 By purchasing Goel Scientific premiere lines of laboratory glassware the user is responsible to operate in the recommended environment safely. We recommend all users to operate in a legal and licensed facility where safety is the number 1 goal. Column packing Raschig rings help save money and time. The aim is to ensure that a product is produced in the cGMP manufacturing process with the same potential and attributes. The glass Raschig Ring lab undergoes several tests and processes before moving to the Distillation pilot plant.

 Physical Parameter

  • Annealing Point:560ºC
  • Linear Coefficient of Expansion:33×10-7/ºC
  • Softening Point:820ºC

Glass Raschig Ring Manufacturers and Suppliers

Goel Scientific Glass is a leading global manufacturer and supplier of Glass Raschig Ring in bulk They use premium components such overhead, Borosilicate glass, Glass Heat Exchanger for heat transfer systems with integrated process controls. For process control, we provide specialized Kilo Labs with easily accessible fill-up, collection, and sampling stations.

Glass rashig In Detail

The kilo lab and pilot plant is a clean room, or a kilo labs that operates in a controlled environment. This type of facility is beneficial because the equipment and experiments are not exposed to any outside contaminant.

Choosing the Right Glass Ring, as Packing Column Plate for Your Needs

Purchasing a Kilo lab and pilot plant helps manage a dynamic portfolio of possible goods while satisfying commercial, quality, safety, and environmental criteria. One must consider different process conditions for corrosion and clean ability. The different conditions include temperature, pressure, data collection and recording, process automation, and material of construction (MoC)

The Kilo lab and pilot plant will be used for unit activities such as Reaction Distillation, isolation, Filtration drying, and systems for charging and discharging. Building systems and process support systems, building utilities (HVAC), electrical systems, potable water, steam and condensate systems, compressed air, fuel oil, natural gas, and process NOX Gas emission control systems are among the utility systems to take into account.

Why Choose Us?

Since the Glass Raschig ring is transparent, the process may be observed, recorded, and analyzed in real time. Numerous specialized Distillation systems, Fractional Distillation System such as Coil type Condensers, Vapour Columns, Reflux Divider, Glass Receiver and add-on Vessels, phase separators, valves, and other supporting metal structures, & Glass pipe line & component are available from Goel Scientific.

FAQs:

1. What is the advantage of Raschig Ring?

Raschig rings have long service lives due to superior resistance to caustic chemicals, acids, and solvents. High strength design reduces fouling and stagnation. Additionally, they resist damage from extreme temperatures and physical shock. High capacity and separation efficiency.

2. Where can I purchase Borosilicate Glass Raschig Ring?

Glass Raschig are available from specialist vendors and manufacturers, such as Goel Scientific. Contact us website using keyword “Industrial Glassware” near me for renowned high-quality equipment.

Looking for top-grade Glass Rascig Ring? Contact us at Goel Scientific Glass for the finest lab Glassware including Glass ring . Our experts will assist you with the best recommendations.

3. What is disadvantage of Pall Raschig ring?

The main drawback to pall rings is their limited capacity for liquid redistribution. while the limitations and disadvantages of borosilicate include its brittleness and higher cost compared to other types of glass

4. Are glass Raschig Ring customizable?

Yes. Glass Rashig Ring can be customized to meet specific process needs and safety regulations.

5. Difference between Pall Ring & Glass Raschig Ring.

A Pall ring has the same diameter and height, but is different from a Raschig ring in design several portions of the side wall are cut and bent inward so that a gas and a liquid can more efficiently come into contact with each other, achieving a lower pressure loss and a lower HETP than those of a Raschig ring.

6. How to clean Raschig ring?

Cleaning Raschig Rings

  1. Add hot water to Distiller Equipment Cleaner (150-180’F; 1/2 – 1 oz Equipment Cleaner per gallon of water) then put the Raschig Rings in the mixture.
  2. Soak the Ceramic Raschig Rings for half an hour.

Thoroughly rinse using Distiller Equipment Rinse or with clean water.