Item no.: 6550SI3

NITO High pressure coupling Stainless steel

with 3/8" female
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Product details

Size

3/8” Coupler
3/8“ female

Item number

VVS nr. 272721433
NRF nr. 9322063
RSK nr. 2174401
ETIM nr. EC003024

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Product Description

NITO High-Pressure Coupling in Stainless Steel with 3/8" Female Thread – Reliable Connection for Demanding High-Pressure Environments

High-pressure systems require exceptional performance when it comes to safety, sealing, and durability. Whether you're working in industrial cleaning, process systems, or manufacturing environments, having a coupling that can withstand high pressure and harsh conditions is essential. The NITO High-Pressure Coupling in stainless steel with 3/8" female thread is specifically engineered to meet these challenges.

Manufactured from acid-resistant stainless steel (AISI 316), this coupling offers outstanding corrosion resistance and long service life – even in aggressive or humid conditions. It is particularly well-suited for demanding industries such as food processing, chemical applications, offshore operations, and industrial cleaning, where reliability is key to maintaining uptime and safety.

The 3/8" female thread connection ensures easy integration into existing high-pressure systems and is compatible with standard fittings and pipework. Its compact design makes it ideal for installations where space is limited but performance must remain uncompromised.

This coupling is built to handle very high operating pressures, delivering a tight, secure, and stable connection that minimizes the risk of leakage, accidental disconnection, or pressure drops – even during frequent connection cycles.

Sealing is achieved using a Viton® O-ring, known for its excellent resistance to chemicals and high temperatures. This ensures long-lasting tightness and minimal maintenance – even under continuous, demanding use.

With a working pressure of up to 100 bar, this high-pressure coupling is the professional’s choice for extreme working conditions where reliability, safety, and functionality are non-negotiable.