Twist long nipple 1/2" brass 4912010

Brass straight fitting – reliability and precision of connections

The Twist straight fitting, made of high-quality brass, is an essential element in any installation system. It provides a durable and leak-proof connection of pipes and fittings, guaranteeing safety and reliability. Its versatility makes it suitable for both water and gas installations (in accordance with applicable standards).

Design and application

This straight-through connector with a 1/2 inch internal-external thread allows for connecting elements of different diameters or thread types. Thanks to the precisely made threads, assembly is quick and easy, and the connection is characterized by high tightness. The brass construction provides corrosion resistance and long-term operation, even in harsh environmental conditions. The maximum working pressure is 10 bar, making it suitable for most standard installations.

Advantages and benefits for professionals and users

• Durability and resistance: Brass is a material known for its resistance to corrosion and mechanical damage – it’s an investment for years.
• Precise workmanship: Guarantee of leak-proofness and trouble-free installation. Connection accuracy translates into confidence in the operation of the entire installation.
• Easy installation: Simple construction allows for quick and efficient connection of elements without the need for specialized tools.
• Standardized size: Compatibility with most fittings and pipes available on the market with a size of 1/2 inch.
• Versatility: Suitable for water and gas installations (while adhering to appropriate standards).
• Low weight: Facilitates transport and installation – the weight of the fitting is only 0.124 kg.
• Solid construction: Ensures a stable connection even under changing operating conditions.

This fitting is a solid element that will be appreciated by both professional installers looking for a reliable component for their projects, and end-users who want to be sure of the durability of their installation.