30 mm spring snap hook – code: 09.247.31 – Osculati

Osculati 30 mm spring carabiner (code 09.247.31)

The spring carabiner Osculati is a hardware component designed for quick and practical connections in technical fields, where a simple hook point that can be easily opened and closed is needed. This version is made of AISI 316 stainless steel and belongs to the family of carabiners commonly used in nautical and onboard plant applications, to organize, secure, or safeguard accessories and small equipment.

The product is identified by the supplier code 09.247.31 and falls under the category Snap hooks/spins/swivels. The reference size indicated for this datasheet is 30 mm.

Features and construction details

This carabiner is designed with spring latch, a functional solution when a quick hook is desired without the need to use tools. The choice of’AISI 316 makes it suitable for contexts where corrosion resistance is an important requirement, typically in marine environments or in the presence of humidity.

Material

• AISI 316 stainless steel

Data available for the variant associated with code 09.247.31

• Length: 31 mm
• Working load: 17 kg
• Breaking load: 65 kg

Product identification

• Supplier: Osculati S.r.l.
• Supplier product code: 09.247.31
• Type: spring carabiner

Typical applications (nautical and plant engineering)

A stainless steel spring carabiner is often chosen for fastening and connecting operations where speed and practicality matter. In nautical contexts, it can be used as a service element for temporary hooks or to organize accessories onboard, maintaining an orderly and functional setup.

Examples of use

• Quick connections for onboard accessories and small parts.
• Fastening of cords or light elements where quick release is useful.
• Support for organization and stowage (temporary hooks, management of small accessories).
• Generic uses of hardware in humid or marine contexts, where stainless steel is preferred.

Advantages of the spring carabiner

The spring solution is appreciated for its immediacy: it opens with a gesture and closes automatically, reducing time in repetitive operations. AISI 316 stainless steel, moreover, is a common choice when a material suitable for working in the challenging conditions typical of the nautical environment is desired.

Strengths

• Quick opening/closing thanks to the spring mechanism.
• AISI 316 stainless steel material, suitable for marine and humid environments.
• Compact size, useful when space is limited or a discreet attachment is desired.
• Clear coding (09.247.31) for reorders and spare parts management.

Usage and operational notes

For correct use, it is good practice to verify that the carabiner works consistently with the intended application and that the attachment is made on suitable points. Before use, check that the spring moves freely and that there are no deformations or signs of wear that could compromise the closure.

Practical advice

• Ensure that the carabiner is fully closed after attachment.
• In marine environments, perform a periodic cleaning to remove residues and deposits.
• For choosing the correct size, refer to the data of length and the values of working load and breaking load listed on the datasheet match.

FAQ – Frequently Asked Questions

What material is the Osculati carabiner 09.247.31 made of?

It is made of AISI 316 stainless steel, a common choice for marine and humid environments.

What is the indicated length for this variant?

For code 09.247.31 the reported length is 31 mm.

What are the load values available in the datasheet?

For this variant, a working load of 17 kg and a breaking load of 65 kg are indicated.

What is a spring carabiner used for?

It is used to create a quick attachment point: it opens easily and closes automatically thanks to the spring, useful for temporary connections and accessory management.

How can I be sure to choose the correct version?

Always check the product code (09.247.31) and compare the length and load values reported in the datasheet with the needs of your application and the anchoring point.