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Threaded Insert M6 x 32mm RHT ProRig AISI 304
Threaded Insert M6 x 32mm RHT ProRig AISI 304

Threaded Insert M6 x 32mm RHT ProRig AISI 304

Retail: $2.71
Trade Price: $2.35
Offer ends in
Ex Tax: $2.14

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Threaded Insert M6 x 32mm RHT ProRig AISI 304-Imperial closest equivalent 15/64 inches (5.9531mm) & 1 1/4 inches (3...

Below are optional accessories that are suitable for use with this product

If you would like any of these accessories, enter desired quantities here, then click ADD TO CART button below

Threaded Insert M6 x 32mm LHT ProRig AISI 304

Threaded Insert M6 x 32mm LHT ProRig AISI 304

$2.35 Ex Tax: $2.14

Swage Stud suits 3.2mm wire M6 x 35mm RHT ProRig

Swage Stud suits 3.2mm wire M6 x 35mm RHT ProRig

$2.33 Ex Tax: $2.12

Swage Stud suits 3.2mm wire M6 x 35mm LHT ProRig

Swage Stud suits 3.2mm wire M6 x 35mm LHT ProRig

$2.33 Ex Tax: $2.12

  • Grand total (including added accessories):

  • Grand total (Ex Tax):

Threaded Insert M6 x 32mm RHT ProRig AISI 304

-Imperial closest equivalent 15/64 inches (5.9531mm) & 1 1/4 inches (31.75mm)

Miami Stainless stocks the premium quality ProRig Threaded Inserts.  ProRig Threaded Inserts are manufactured to the highest standards giving you an extremely superior quality, superbly finished fitting.  ProRig Threaded Inserts are easy to install and come with right-hand and left-hand internal threads to make another aesthetically pleasing, streamline stainless steel balustrade system.

This thread insert can be used with the Insert Swage Stud Balustrade System for timber posts.  You can find out more about this system by visiting the Insert Swage Stud System page or get an instant online quote by visiting our BALUSTRADE BUILDER


Code

Thread

D

L

Drill Size

Hex Drive

Pull Out (kg)*

S3310L-0632

M6 LHT

12.5

32

7.5

1/4"

670

S3310R-0632

M6 RHT

12.5

32

7.5

1/4"

670

S3310R-0832

8M RHT

14

30

9.5mm

8mm AF

810


* Pull out strengths are based on the maximum pull out loads achieved using MGP 10 Structural Pine.  They are intended as a guide only and a safety factor should be applied to these readings depending on the situation of use.  Much greater results can be achieved using hardwoods; for example Kwila will hold around 80-90% more tension.

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