Concrete Joints | TripStop 75mm
Concrete Joints | TripStop 75mm
TripStop 75mm PVC profile concrete joint is used to form transverse joints in concrete pavements that are capable of transferring load while accommodating rotation and contraction or expansion.
The TripStop 75mm concrete joint was the first TripStop profile created and successfully tested under laboratory conditions.
The 75mm profile is extremely beneficial for older 75mm thick paths. Currently most new paths are 100mm or 125mm thick. The light construction of 75mm concrete paths often means that they are more susceptible to cracking and soil displacement problems.
The concrete is also able to heat up and cool down faster than thicker concrete slabs, due to the smaller mass; meaning that the likelihood of movement is much greater. Installation of the TripStop 75mm joint will solve the safety issues involved with 75mm concrete footpaths.
For more information on TripStop concrete joints please click here.
To contact TripStop about Concrete Joints | TripStop 75mm use Get a quote.
The TripStop 75mm concrete joint was the first TripStop profile created and successfully tested under laboratory conditions.
The 75mm profile is extremely beneficial for older 75mm thick paths. Currently most new paths are 100mm or 125mm thick. The light construction of 75mm concrete paths often means that they are more susceptible to cracking and soil displacement problems.
The concrete is also able to heat up and cool down faster than thicker concrete slabs, due to the smaller mass; meaning that the likelihood of movement is much greater. Installation of the TripStop 75mm joint will solve the safety issues involved with 75mm concrete footpaths.
For more information on TripStop concrete joints please click here.
To contact TripStop about Concrete Joints | TripStop 75mm use Get a quote.
TripStop 75mm is a PVC profile used to form transverse joints in concrete pavements, allowing concrete sections to shift. The joint transfers load across the pavement while accommodating rotation and contraction or expansion as the concrete moves. Owners of older concrete footpaths can use the profile because lighter construction makes these paths more susceptible to cracking and soil displacement.
- TripStop’s first profile was tested successfully under laboratory conditions
- Most new paths are 100 mm or 125 mm thick
- Thinner concrete slabs heat and cool faster than thicker slabs
Source: listing by TripStop on IndustrySearch · Updated 2 Nov 2026
AI Overview is generated by artificial intelligence and may contain mistakes.
Written by AI from the listing by TripStop on IndustrySearch. It is meant to use only what that listing says, but it can still get details wrong, so check them with the supplier before you buy.
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