Application area
Window moulding:
PHONOTHERM 200 is suited excellently as an insulation moulding and is a replacement for non-insulated plastic frame units.
Gates/Doors:
PHONOTHERM 200 can be used to construct both waterproof single board doors and waterproof panelled doors. The insulating properties provide for additional advantages.
Vehicle framing:
As PHONOTHERM 200 can be easily layered, and because it has optimal insulating properties, it is always the preferred choice when constructing refrigerated vehicles. This complies with static requirements as well as the ability to withstand constant stress from vibration. No problem for PHONOTHERM 200!
Work tops:
PHONOTHERM 200 is the fundamental material used to construct a good work top.
PHONOTHERM 200 is suited excellently as an insulation moulding and is a replacement for non-insulated plastic frame units.
Gates/Doors:
PHONOTHERM 200 can be used to construct both waterproof single board doors and waterproof panelled doors. The insulating properties provide for additional advantages.
Vehicle framing:
As PHONOTHERM 200 can be easily layered, and because it has optimal insulating properties, it is always the preferred choice when constructing refrigerated vehicles. This complies with static requirements as well as the ability to withstand constant stress from vibration. No problem for PHONOTHERM 200!
Work tops:
PHONOTHERM 200 is the fundamental material used to construct a good work top.
Because it is 100 % water-resistant, it is optimal for use in the kitchen, also together with stainless steel, stone and laminate covering. PHONOTHERM 200 offers unique advantages!
Sanitary/Wet applications:
PHONOTHERM 200 exceeds the requirements for reliable use as a base material and as an insulating material in damp and wet applications. The high material density provides optimal screw withdrawal resistance.
Sanitary/Wet applications:
PHONOTHERM 200 exceeds the requirements for reliable use as a base material and as an insulating material in damp and wet applications. The high material density provides optimal screw withdrawal resistance.