Arctic hose (Low temperature hose)

Q: How low a temperature can the Arctic Hose operate?

It maintains continuous service down to –50 °C , and can handle intermittent operation to –55 °C

The Arctic Hose is built for low-temperature resilience, operating continuously from –50 °C up to +100 °C, and handling intermittent dips to –55 °C while retaining full flexibility. Its robust synthetic rubber construction prevents cracks and leaks in freezing environments, making it perfect for hydraulic systems in cold climates—such as Arctic machinery, mining equipment, or winter agricultural use. Durable, reliable, and performance-tested for severe conditions, this hose ensures fluid conveyance without compromise even when Old Man Winter strikes.

hose info

Arctic Hose maintains flexibility at –50 °C (intermittent –55 °C), resisting cracks and leaks—ideal for hydraulic systems in extreme cold climates.

Specification

Structure

Features

Exceptional Low-Temperature Performance

Remains flexible at temperatures as low as −50 °C, with tested intermittent flexibility to −55 °C

Cold-Resistant Construction

Designed to resist brittleness, cracking, and leakage in freezing conditions.

Reliable in Harsh Environments

Engineered for sustained performance in snow, ice, freezing rain, and sub-zero operational contexts.

Durable and Safe

High-quality hydro-carbon-resistant materials maintain integrity in cold without sacrificing safety.

Parameters

For specific specification parameters, please refer to the corresponding product page.

FAQs

How low a temperature can the Arctic Hose operate?

It maintains continuous service down to –50 °C, and can handle intermittent operation to –55 °C

Is it suitable for hydraulic fuel transfer in cold regions?

Yes. Designed for cold-weather hydraulic systems and fuel line flexibility, making it ideal for Arctic-like environments.

What is the pressure rating?

The specific working and burst pressures are not listed on the source page—please consult Sinopulse for detailed ratings.

Will the hose crack if left in sub-zero temperatures?

No. Its low-temperature compound resists brittleness and damage, retaining flexibility even in extreme cold.