Ντίζα ολόκληρου σπειρώματος Fischer RG M16 χάλυβας

The Fischer RG M16 Steel fully threaded rod is a 190 mm long connecting element designed for secure mechanical fastening in construction and engineering applications. Manufactured from steel, the rod features a continuous M16 thread along its entire length and is supplied in a pack of 10 pieces. Its straightforward geometry and standard M16 metric thread make it compatible with a wide range of nuts, couplers and fixtures intended for M16 systems.

Advantages

The steel construction provides mechanical strength and resistance to deformation under load. A fully threaded design allows for adjustable clamping length and fine-tuning of joint tension. Supplied as a pack of 10, the rods enable consistent assemblies and reduce the need for individual procurement of single pieces. The standard M16 thread ensures compatibility with commonly used fastening components.

Suitable for

• Securing structural connections where an M16 threaded rod is required
• Splicing and joining threaded elements using couplers or nuts
• Temporary or permanent fixings in mechanical and construction assemblies
• Anchoring fixtures where adjustable thread engagement is needed

Key specifications

• Material: steel
• Thread: fully threaded, M16 metric
• Length: 190 mm
• Quantity per pack: 10 pieces

How to use

Select compatible M16 nuts, couplers or anchors and check that the rod length and thread engagement meet application requirements. Cut or trim the rod to length if necessary using appropriate metal‑cutting tools, then remove any burrs before assembly. Thread the rod into the mating component and tighten to the required torque, using washers where specified to distribute load and protect connected parts. For splicing two rods, use a threaded coupler matched to M16.

Recommendations

Inspect rods for straightness and damage before use, ensure correct torque settings are applied according to the assembly specification, and use appropriate corrosion protection or surface treatment if the rods will be exposed to aggressive environments.