Antistatic hoses

Antistatic hose is a hose that is used to transport media that generate electrostatic charges but are unable to discharge them themselves. This is primarily a matter of various solid particles and semi-liquid substances. It is these that rub against the walls of the hose, resulting in the formation of charges. If the latter are not discharged, they will accumulate, eventually leading to a fire or explosion hazard. 

Antistatic hoses are designed to prevent fire or explosion hazard. They do this in several different ways, depending on the type of hose and its design. In our range, you will find many varieties of antistatic hoses that are used in various industries. Each one comes from a reputable manufacturer, so they are high quality and long-lasting. Browse the catalogue and choose the hose that best suits your expectations.

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CHEMICAL RESISTANCE RUBBER HOSE MULTI CHEM UPE ATEX FDA INPART24

MULTI-CHEM UPE ATEX-FDA SD HOSE

Working Pressure [bar]

16

Burst Pressure [bar]

64

Inner Wall

UPE

Conductivity

Yes

Suction and discharge hose | Reinforcements: two textile reinforcements, steel spiral | Inner wall: UPE | Outer wall: EPDM | Working Pressure: 16 BAR | Temp. Range: -35 to +100 °C

Available

from 213.89zł
vat excluded

CHEMICAL RESISTANCE RUBBER HOSE MULTI CHEM EPDM 16 BAR INPART24

MULTI-CHEM EPDM OHM SD HOSE

Working Pressure [bar]

16

Burst Pressure [bar]

64

Inner Wall

EPDM

Conductivity

Yes

Suction and discharge hose | Reinforcements: Two textile reinforcements, steel spiral | Inner Wall: EPDM | Outer Wall: EPDM | Working Pressure: 16 BAR | Temperature Range: -30 to +100 °C

Available

from 69.95zł
vat excluded

MULTIPURPOSE EPDM RUBBER HOSE FOR WATER WITH SPIRAL MULTI WATER SD EPDM INPART24

MULTI-WATER EPDM OHM 10 SD HOSE

Working Pressure [bar]

10

Burst Pressure [bar]

30

Inner Wall

EPDM

Conductivity

Yes

Suction and Discharge Hose | Reinforcements: Two textile reinforcements, steel spiral | Inner Wall: EPDM | Outer Wall: EPDM | Working Pressure: 10 BAR | Temperature Range: -35°C to +120°C

Available

from 53.87zł
vat excluded

UNIVERSAL CONDUCTIVE RUBBER HOSE FOR NITROGEN HOT WATER AIR PRESSURE NITRO EPDM 20 AS INPART24

NITRO EPDM 20 AS HOSE

Working Pressure [bar]

20

Burst Pressure [bar]

60

Inner Wall

EPDM

Conductivity

Yes

Discharge Hose | Reinforcement: Single textile reinforcement | Inner Wall: EPDM | Outer Wall: EPDM | Working Pressure: 20 BAR | Temperature Range: -40°C to +110°C

Available

from 39.73zł
vat excluded

CONCRETE PLASTER HOSE MORTAT TRANS MIX BUNKER HP 40 D HOSE INPART24

BUNKER HP 40 D HOSE

Working Pressure [bar]

40

Burst Pressure [bar]

120

Conductivity

Yes

Inner Wall

NR

Discharge hose | Reinforcement: two textile reinforcements | Inner Wall: NR | Outer Wall: SBR/NR | Working pressure: 40 BAR | Temperature Range: -30 to +80 °C

Available

from 78.57zł
vat excluded

ABRASION RESISTANT FLEXIBLE RUBBER HOSE TO SAND GRAVEL PATCHER OHM SD INPART24

PATCHER OHM SD HOSE

Working Pressure [bar]

5

Burst Pressure [bar]

15

Inner Wall

NR

Conductivity

Yes

Suction and discharge hose | Reinforcement: strong textile reinforcement | Inner Wall: NR | Outer Wall: NR | Working pressure: 5 BAR | Temperature Range: -25 to +80 °C

Available

from 175.63zł
vat excluded

SAND BLASTING SHOT BLASTING HOSE FOR ABRASIVE MATERIALS BLASTER D 12 PREMIUM INPART24

BLASTER D 12 PREMIUM HOSE

Working Pressure [bar]

12

Burst Pressure [bar]

36

Inner Wall

NR

Conductivity

Yes

Discharge hose | Reinforcement: strong textile reinforcement | Inner wall: NR | Outer wall: NR/SBR | Working pressure: 12 BAR | Temperature Range: -40 to +70 °C

Available

Ask about price

HEAVY RUBBER HOSE FOR PETROLEUM OIL FUELS CARBURI 16 BAR NBR OHM SD INPART24

CARBURI 16 NBR OHM SD HOSE

Working Pressure [bar]

16

Burst Pressure [bar]

64

Inner Wall

NBR

Conductivity

Yes

Suction and discharge hose | Reinforcement: Two textile reinforcements, steel spiral | Inner wall: NBR | Outer wall: CR | Working pressure: 16 BAR | Temperature range: -40°C to +70°C

Available

from 74.79zł
vat excluded

HOSE FOR SATURATED SUPERHEATED HOSE HIGH PRESSURE ISO A STEAM HP ISO 210 INPART24

STEAM HP ISO-A 210 HOSE

Working Pressure [bar]

18

Burst Pressure [bar]

180

Inner Wall

CIIR

Conductivity

Yes

Discharge hose | Reinforcement: textile reinforcement, steel reinforcement | Inner wall: CIIR | Outer wall: EPDM | Working pressure: 18 BAR | Temperature range: -40°C to +210°C

Available

from 69.43zł
vat excluded

MULTI CHEM PTFE OHM SD ATEX FDA RUBBER HOSE FOR CHEMICALS ACIDS INPART24

MULTI-CHEM PTFE OHM SD ATEX-FDA HOSE

Working Pressure [bar]

16

Burst Pressure [bar]

64

Inner Wall

PTFE

Conductivity

Yes

Suction and discharge hose | Reinforcements: two textile reinforcements, steel spiral | Inner wall: PTFE | Outer wall: EPDM | Working Pressure: 16 BAR | Temp. Range: -40 to +150 °C

Available

from 879.10zł
vat excluded

RUBBER CEMENT SILO DISCHARGE HOSE STRATOS D INPART24

STRATOS® OHM/T D HOSE

Working Pressure [bar]

6

Burst Pressure [bar]

18

Conductivity

Yes

Inner Wall

NR

Discharge hose | Reinforcement: two textile reinforcements | Inner Wall: NR | Outer Wall: NR | Working pressure: 6 BAR | Temperature Range: -40 to +70 °C

Available

from 213.08zł
vat excluded

Rubber EPDM industrial hose to water air pressure MULTI-ISO EPDM PHM 15 SD INPART24

MULTI-ISO EPDM OHM 15 SD HOSE

Working Pressure [bar]

15

Burst Pressure [bar]

60

Inner Wall

EPDM

Conductivity

Yes

Norm

ISO 7751

Suction and Discharge Hose | Reinforcements: Two textile reinforcements, steel spiral | Inner Wall: EPDM | Outer Wall: EPDM | Working Pressure: 15 BAR | Temperature Range: -40°C to +125°C

Available

from 119.94zł
vat excluded

Antistatic hoses - Antistatic tubing

How is the antistatic hose constructed?

An antistatic hose is constructed in two ways, depending on its intended use. We distinguish between transfer hoses and extraction hoses.

Antistatic transfer hoses

Transfer hoses are used to pump a medium under pressure, so their construction usually consists of three layers:

  • inner, 
  • middle (or reinforcement), 
  • outer.

The inner layer is characterised by its abrasion resistance and smoothness, which facilitates the transport of solid and semi-liquid media (and also prevents their deposition). The outer layer, on the other hand, provides the hose with adequate mechanical strength and insensitivity to the environmental conditions in which it will operate.

What materials are antistatic hoses made of?

The most common material for antistatic hoses is plastic (PVC, PU, etc.) and rubber compounds (NR, SBR, EPDM, etc.).

How is the reinforcement of the antistatic hose built?

As for the reinforcement of the antistatic hose, it takes the form of a synthetic or textile braid/cord. It is thanks to this that the hose can withstand higher working pressures.

Antistatic extraction hoses

The design of antistatic extraction hoses is usually simpler. In the standard version, they have only one layer of material (usually PU/PE plastic) and reinforcement in the form of a steel wire spiral or hard PVC.

It is precisely because of the latter that they are vacuum-resistant, i.e. they allow the medium to be sucked in.

What makes an antistatic hose anti-static?

Hose antistaticity is achieved in two ways:

  • through the use of copper wire - the copper wire present in the hose construction ensures electrical continuity so that charges do not collect inside or on the surface of the hose; 
  • through material admixtures -  these ensure that the natural insulator conducts charges in a controlled and slower way, so they will never be strong enough to cause ignition.

Rubber compounds or plastic are used for the production of an antistatic hose. Both of these materials are insulators, meaning that electrical charges cannot move freely in them.

Air also has the characteristics of an insulator, so the same problem exists with pneumatic transport.

It is worth adding here that, in the case of copper wire, it must be continuously connected In addition, experts recommend regular inspection of such an installation.  A line is no substitute for an antistatic inner layer.

What's more, when you need a hose for work in an explosive atmospheric zone (ATEX), carry out a proper risk check.

What antistatic hoses are available in our offer?

You will find the following antistatic hoses in our range:

As you can see, the category of antistatic hoses is very wide. However, this also has an advantage, as you can easily select a product to suit your needs.

FAQ

Do I need an antistatic hose?

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Yes, you need an antistatic hose if you are transporting a medium that creates static electricity through friction (e.g. substances with particles). It will help you avoid unnecessary costs and risks associated with using equipment that is not suitable for static electricity. Potential risks include clogging of the hose due to the accumulation of an electrified substance, as well as the possibility of causing a spark that leads to a fire or (worse) an explosion.

What are the advantages of antistatic hoses?

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Among the advantages of antistatic hoses are increased safety at the workplace, good resistance to friction and other environmental conditions (depending on the type of hose), a smooth inner layer (which makes it easier to transport the medium and prevents it from settling), and a wide range of varieties of this type of product.

From what materials are antistatic hoses made?

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Antistatic hoses are made of various materials, but primarily plastics (PVC, PU, PE, PTFE) and rubber compounds (NR, SBR, EPDM). Although in both cases we are dealing with insulators, they acquire antistatic properties thanks to suitable additives.