
Pipe geometry
Consistent circuit spacing and identified headers support a uniform thermal response and a clear pressure-test record.
PRODUCT / 02
IRM coordinates pipe layout, insulation, concrete, edge details and frost protection so the finished surface can be even, durable and serviceable.

ICE PAD ASSEMBLY
The pipe network is only one part of an ice pad designed for long-term performance.
We review pipe material and spacing alongside insulation thickness, vapor control, slab reinforcement, expansion movement, drainage, sensors and sub-floor heating. This avoids the common gap between a refrigeration quotation and a buildable floor package.
Review an ice pad scope ↗SPECIFICATION FOCUS
Pipe and slab decisions affect surface quality, energy use, construction risk and the ability to diagnose a problem later.

Consistent circuit spacing and identified headers support a uniform thermal response and a clear pressure-test record.

Insulation, reinforcement, concrete depth and surface tolerance are aligned with loads, sport and finishing method.

Sub-floor heating, drainage and edge details help protect the building from frost heave and moisture-related damage.
DELIVERY NOTES
A pipe system can be technically correct and still be damaged by poor site sequencing. We keep construction protection and handover in the scope.
Confirm circuit identification, supports, penetrations, test pressure and photographic records before concrete placement.
Control access, protect exposed pipework, coordinate pour sequence and record finished levels across the pad.
Provide circuit maps, test results, sensor locations, operating notes and maintenance references for the venue team.
NEXT STEP
Share your rink dimensions, ground conditions and current drawings. IRM will help identify the pad information still needed for procurement.
Request a piping review ↗