Brass angled fitting Hydroland 1/2" with O-ring (ŁM.K.15.H)

Hydroland brass angled fitting 1/2" with O-ring is a 90° plumbing connector designed to change the direction of liquid flow in water installations. Manufactured from brass, the fitting combines mechanical durability with corrosion resistance and includes a molded O-ring to create a reliable seal at the joint. The product is suitable for indoor and technical installations where a compact, right-angle connection is required.

Advantages

The brass construction provides strength and resistance to corrosion while maintaining dimensional stability under typical domestic and commercial water pressures. The integrated O-ring reduces the risk of leaks without the need for additional sealants and simplifies assembly. Its compact angled form allows for space-saving installations and straightforward alignment of pipes at a 90° turn.

Suitable for

• Domestic cold and hot water supply lines
• Plumbing repairs and retrofits in kitchens and bathrooms
• Technical installations in utility rooms and service cabinets
• Connections requiring compact 90° directional change

Key specifications

• Material: brass
• Connection angle: 90°
• Thread size: 1/2"
• Seal type: O-ring
• Application: water installations

How to use

Ensure the mating pipe and thread surfaces are clean and free of debris or old sealant. Insert the O-ring into its groove and hand-start the threaded connection to avoid cross-threading. Tighten with an appropriate wrench until a snug fit is achieved; avoid over-tightening to prevent damage to threads or the O-ring. After installation, pressurize the system and inspect the joint for leaks. If necessary, slightly adjust the fitting to obtain correct alignment.

Usage recommendations

Use the fitting with compatible 1/2" threaded components and correctly sized O-rings. Do not use with aggressive chemical fluids or in environments with temperatures or pressures outside the limits recommended for standard brass plumbing fittings. Periodically inspect joints for signs of wear or leakage, especially after system pressure changes or thermal cycling.