FAQ

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FAQ

Can abrasive suction hoses reach a working temperature up to +125°C?

IPL hoses with a minimum wall thickness of 0.9 mm or more can reach a working temperature up to +125°C for short periods, such as: Vulcano® 09 est, Vulcano® 15 est, Vulcano® stone, Vulcano® stone plus, Vulcano® 09 EL, Vulcano® 09 AF, Vulcano® 15 EL, Next 09, Next 15, next 09 ET.

FAQ

Which of IPL abrasive suction hoses have a TPU-coated steel spiral?

Some hoses included in the Vulcano® range have a TPU-coated steel spiral, to enhance the maximum adhesion to the wall, such as: Vulcano® M FR, Vulcano® R FR, Vulcano® 09 EST/ET, Vulcano® 15 EST/ET, Vulcano® stone, Vulcano® stone plus, Vulcano® AF plus, Vulcano® 09 AF, Vulcano® 12 ET; in addition, the whole Next series features...

FAQ

Which of IPL hoses are best suited for suction of highly abrasive material?

The Vulcano® series with wall thicknesses from 1.5 mm to 2.5 mm, such as: Vulcano® 15 est, Next 15 est, Vulcano® stone and Vulcano® stone plus, as well as Urano PU and Urano HD super, which, thanks to thier TPU liner, are both suitable for heavy-duty applications involving the passage of highly abrasive substances.

FAQ

Which of IPL TPU hoses are resistant to to hydrolysis and microbes?

Ether based TPU hoses are best suited for applications where the bacterial proliferation is likely to occur. Within the Vulcano® series, IPL offers Vulcano® 04 ET, Vulcano® 09 ET, Vulcano® 12 ET, Vulcano® 15 ET and the Next 09 ET hose. In addition to the above-mentioned products, Eolo PU food, Eolo PUP food and Zeus...

FAQ

Are ester-based TPU hoses resistant to microbes?

Ester based TPU hoses are mainly resistant to abrasion but not to hydrolytic and microbial attack. IPL therefore recommends the use of ether based TPU products for applications where bacterial proliferation is likely to occur, especially in the food industry.