8 mm stainless steel tensioner – code: 07.192.08 – Osculati

8 mm stainless steel Osculati tensioner (code 07.192.08)

The 8 mm stainless steel tensioner Osculati, identified by code 07.192.08, is a hardware component designed for tension adjustment in assemblies with tie rods and mechanical connections. It is made of AISI 316 stainless steel with mirror-polished finish, with attention to build quality and thread smoothness, for practical and controlled adjustment.

This version of 8 mm is suitable for use in nautical and onboard plant engineering environments where a stainless steel solution with fine finishing and wide adjustment capability is required, maintaining a technical and reliable setup.

Features and construction details

The product belongs to the Osculati stainless steel tensioner series and stands out for materials and workmanship oriented to marine environment use and routine maintenance.

Material and finish

• AISI 316 stainless steel.
• Mirror polishing for an aesthetic finish and a refined surface.

Adjustment quality

• Sliding threads, designed to facilitate tensioning and adjustment operations.
• Components generously sized to offer a strong adjustment range (as per series description).

Model data (07.192.08)

For the model 07.192.08 (stainless steel tensioner 8 mm) the following table values are available:

• Thread D1 MA: 8
• L1: 180
• A: 8
• D: 8
• H: 11
• LG: 255
• Working load: 1330

Note: The values shown above are those present in the table of the series associated with the item code.

Typical applications (nautical and plant engineering)

A turnbuckle is commonly used when it is necessary adjust the tension o to compensate for small adjustments in a mechanical connection. In nautical and onboard contexts, it can be part of many fitting and maintenance operations, for example on:

• tie rods and adjustable connections in deck hardware;
• assemblies where a fine adjustment of the tension without completely disassembling the system is useful;
• interventions of maintenance and restoration on components subject to periodic adjustments.

The choice of diameter and correct code must be made according to the project and connected components, verifying the required dimensions and loads.

Advantages for professional use

• AISI 316 stainless steel: suitable solution for contexts where a quality stainless steel is preferred for hardware and systems.
• Mirror polished finish: neat appearance and aesthetic integration with other stainless steel hardware.
• Smooth adjustment: sliding threads for faster interventions during assembly and tuning.
• Wide adjustment range: useful when a margin of adjustment over time is desired.
• Clear identification: item code 07.192.08 for reordering and spare parts management.

Usage and operational notes

To achieve a neat assembly and effective adjustment, it is advisable to:

• check the match the diameter and threads with the components to be connected;
• check that the installation allows access for adjustment over time;
• when choosing, consider the dimensional data (L1, A, D, H, LG) and the working load reported for the item;
• carry out periodic checks based on the type of use and operating conditions of the boat or system.

If you are replacing an existing turnbuckle, always compare the code and the measurements to avoid differences in size or coupling with the hardware already installed.

FAQ – Frequently Asked Questions

What material is the Osculati 07.192.08 tensioner made of?

It is made of AISI 316 stainless steel with a mirror polished finish.

What is the product code of the 8 mm stainless steel Osculati tensioner?

The item code (supplier product code) is 07.192.08.

What are the main declared functional characteristics for this series of tensioners?

The series is described with fine finishing, sliding threads, and generously sized components to offer a strong adjustment range.

What are the table data for model 07.192.08?

For item 07.192.08: D1 MA 8, L1 180, A 8, D 8, H 11, LG 255, working load 1330.

In what contexts is a stainless steel tensioner like this typically used?

It is typically used in hardware and plant engineering (also onboard) when it is necessary to adjust tension or register a mechanical connection practically.