HELICOIL® Plus Free Running thread inserts, refill pack

Material version: A2, 1.4301, X5 CrNi1810 | Thread type: Metric standard thread | Material: Stainless steel A2 | Surface: coloured green | Product group: Refill packs | Material: Stainless steel
Diameter (d)
M 2
M 2.5
M 3
M 4
M 5
M 6
M 7
M 8
M 9
M 10
M 12
Nominal length t2
2
2,5
3
3,75
4
4,5
5
6
7
7,5
8
9
10
10,5
12
13,5
14
15
16
18
20
24
Content
10 pcs.
20 pcs.
Packaging unit (pcs.)
1
Please select a version to see prices and availability.
Original - HELICOIL® Plus Free Running thread insert - refill pack for HELICOIL® Plus kits

The HELICOIL® Plus Free Running thread insert is a coil thread insert for thread reinforcement and repair. It can be positioned and screwed in like a screw. Thread by thread free running does the HELICOIL® Plus Free Running thread insert form a true-to-gauge internal thread which can be used on both sides for reliable high-strength screw joints. After the installation, the tang is broken off at the notch (predetermined breaking point).

The HELICOIL® Plus Free Running thread insert is particularly suited for low-strength materials. Due to its green colouring, it can be easily distinguished also after the installation.

Advantages:
• High thread strength
• Low and constant thread friction
• Wear, corrosion and temperature resistance
• Tight fit
• Increase in quality and value
• Cost saving
• Easy installation

Our HELICOIL® Plus Free Running thread insert is also available in larger packaging units. The item codes begin with 4130.
Material version:
A2, 1.4301, X5 CrNi1810
Thread type:
Metric standard thread
Material:
Stainless steel A2
Surface:
coloured green
Product type:
Refill pack
Product group:
Refill packs
RoHS conformal:
Material:
Stainless steel

All technical data refer to the measure mm

Product Guide: 360° Joining Technology
PDF
ENG
1190/24-V1-EN (WBH)
Data sheet: Technical information and dimensions of the product
PDF
ENG
02/2024
HELICOIL® Plus thread technology: Intelligent system solution comprising a fastener and efficient processing for high-strength screw joints
PDF
ENG
0100/24-V1-EN