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Hydrasoft

Hydrasoft breakstem fastener is designed with a split tail formation, providing a much larger blind side bearing area against the rear sheet. This also allows for a wide variation in material thickness. The Hydrasoft trifold rivet is ideal for use with plastic and low-strength materials.

In modern manufacturing, fastening plastic, composite, or brittle materials requires specialized solutions that provide strong joints without damaging the base material. The Hydrasoft trifild rivet from Avlock is specifically designed to meet these challenges.

Hydrasoft is a split-tail blind rivet engineered for soft or low-strength materials, making it an ideal trifold rivet solution where a large blind-side bearing surface is required. This design ensures reliable fastening while minimizing stress on delicate substrates.

With its corrosion-resistant aluminium construction and wide grip range capability, Hydrasoft fasteners are widely used in automotive plastic components, furniture manufacturing, appliances, and composite material assemblies.

 

Specifications

  • Sizes: 4.0mm and 4.8mm (5/32" and 3/16")
  • Material: Aluminium alloy
  • Head form: Dome, large flange

Video Of Hydrasoft

  • Specifically designed for plastics and other brittle or soft material
  • Joining soft, breakable, or brittle material
  • Aluminum/Aluminium material combination provides corrosion-resistant join
  • Wide grip range
  • Accommodates oversized holes.
  • Split tail formation provides a very large blind side bearing area against the rear sheet 

Hydrasoft breakstem fasteners are designed to securely join multiple material combinations, including:

  • Plastic to Plastic
  • Metal to Plastic
  • Metal to Wood
  • Glass to Plastic
  • Thin Laminated Sheets

This versatility makes them ideal for lightweight assemblies in modern engineering applications where a trifold rivet is required to distribute load across delicate materials.

 Hydrasoft rivets are widely used in industries where soft materials and lightweight structures require reliable fastening.

Automotive Industry

Used in dashboards, plastic interior panels, and lightweight vehicle components.

Furniture Manufacturing

Ideal for plywood furniture assemblies and wood-based structures.

Domestic Appliances

Used in plastic housings and appliance panels where material protection is important.

Composite Material Assemblies

Provides secure fastening in fiberglass and composite panels.

Industrial Fabrication

Commonly used in thin sheet structures and lightweight engineering applications.

In many of these use cases, Hydrasoft performs as an efficient trifold rivet by providing wide load distribution and strong holding power. 

A Hydrasoft fastener is a blind rivet designed for joining soft, brittle, or lightweight materials such as plastics, composites, and thin laminated sheets.

The rivet features a split tail formation, which expands during installation to create a large blind-side bearing area against the rear sheet, similar to the working principle of a trifold rivet.

Unlike conventional rivets, Hydrasoft ensure:

 - Secure fastening for soft materials
 - Large blind-side load distribution
 - Reduced risk of material cracking

This design distributes clamping force evenly and prevents damage to fragile materials, making it a reliable trifold rivet alternative for sensitive applications.

 

Why Choose Hydrasoft Fasteners?

Avlock is a trusted manufacturer and supplier of advanced industrial fastening systems designed for modern engineering applications.

Precision Manufacturing

Each Hydrasoft rivet is produced using advanced manufacturing techniques to ensure consistent quality.

Reliable Performance

The fasteners are designed to deliver strong and durable joints even in delicate materials where a trifold rivet is typically required.

Wide Product Range

Avlock offers a complete portfolio of breakstem fasteners suitable for diverse industrial requirements.

Engineering Support

Technical assistance helps customers choose the most suitable fastening solution for their applications.