HiDur® Inert Balls - Random packings

Name: HiDur® Inert Balls - Random packings | Hansa Engineering
Availability: InStock

HiDur® Inert Balls are the simplest, regular formed type of random packing, with relatively small surface area per packed volume. Due to the low void fraction, pressure drop is quite high.

HiDur® Inert Balls are mainly used as catalyst carriers and flow straighteners at refineries and other petrochemical industries.

Alexander Bergman Droppavskiljning, Kolonninredning, Dysor & spraysystem, Tankrengöring, Tryckluftsprodukter

I look forward to providing product advice and solutions! Let's meet via a video call or a site visit. You can also phone or email us, of course.

Linda Caporicci Column internals, Droplet separation, Spray nozzles & systems, Other products

I look forward to providing product advice and solutions! Let's meet via a video call or a site visit. You can also phone or email us, of course.

Product information
Technical data
Documentation & videos
Checklist process data
General info Column internals
Supplier information
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Design features

Simplest design of all types of random packings
Relatively small surface area per bed volume, low void fraction and high pressure drop
Mainly used as a catalyst carrier and flow straighteners at refineries and other petrochemical industries

Listed below are different sizes of HiDur® Inert Balls. Under the tab 'Documentation & videos' you will find data sheets with additional information.

HiDur® Inert Balls

Data refer to stoneware
Type size	Weight kg/m3	Surface area m2/m3	Void fraction in %
1/8"	1350	720	44
1/4"	1350	520	44
3/8"	1350	360	44
1/2"	1350	275	45
5/8"	1350	220	45
3/4"	1350	190	45
1"	1350	144	45
1 1/4"	1350	120	45
1 1/2"	1350	100	45
2"	1350	72	45

Available materials: Stoneware, and aluminium oxide

Download PDF

HiDur Inert Ceramic Balls RVT Tower packings

Checklist important parameters

Listed below are a number of parameters that are important to consider when selecting the right type and size of random packing in order to achieve an effective and sustainable solution.

Sometimes it is difficult or even impossible to obtain information and data regarding the specific process. Together with our suppliers, we have extensive experience and we can make sound assumptions as a basis for designing the best solution for the process.

Operating data
Gas	Unit
Type of gas	Please state
Gas volume flow (operating conditions)	m3/h
Gas density (operating conditions)	kg/m3
Gas viscosity	mm2/s (cP)
Operating pressure	bar (a)
Operating temperature	°C

Operating data
Liquid	Unit
Type of liquid	Please state
Liquid volume flow	m3/h
Liquid density	kg/m3
Liquid viscosity	cP
Surface tension	mN/m

Geometrical data
Data	Info/unit
Packing type and size	Please state (if known)
Specific surface area	m2/m3 (if known)
Packing height	mm
Column diameter	mm

Additional information/requirements
Data	Info/unit
Material	Please specify
Fouling	Yes/No
Foaming	Yes/No
Other requirements/additional information	Please specify

Optimised performance in mass and heat transfer processes

For optimised performance in a mass or heat transfer process it is important to understand the underlying principles and parameters that are important to consider when designing a column for flue gas cleaning, flue gas condensation or stripping.

To the knowledge base Column internals

Founded in 1976, RVT Process Equipment is a leading supplier and manufacturer of droplet separators, packings, column internals and other products for mass and heat transfer processes.

RVT Process Equipment offers advanced engineering and technical support and has extensive experience in various processes and applications in the chemical and petrochemical industry, refineries, power plants, and pulp and paper. The R&D department houses fully equipped test units, available to carry out customer-specific tests when needed.

RVT Process Equipment has subsidiaries and manufacturing facilities in Knoxville, USA and in Kunchan, China.