CTK Elastic 6mm 500x1000mm sound and thermal insulation mat
A 6mm thick damping mat made of synthetic rubber. The material and structure of the mat effectively reduces noise while providing highly effective thermal insulation, moisture resistance and is fully water repellent.
Price
Price of the product when purchased separately:
13,90 €
Shipping costs starting from
4,90€
CTK Elastic 6 is a 6mm thick damping mat made of synthetic rubber. The material and structure of the mat effectively reduces noise while providing highly effective thermal insulation, moisture resistance and is fully water repellent.
Easy to install on almost any surface (flat and gently curved surfaces)
Due to its oil and water resistance, it can be bonded to almost all metal surfaces inside and outside the car, as well as inside and outside the wheel arches.
An excellent result is achieved when CTK Elastic 6 is bonded over CTK Premium or Standard PRO damping mats, which effectively reduce surface vibration while the Elastic mat reduces driving noise.
Elastic 6 is not only suitable for automotive damping, but also for industrial applications, computer sound damping, heat and sound insulation of air conditioning and refrigeration equipment.
Easy to install on almost any surface (flat and gently curved surfaces)
Due to its oil and water resistance, it can be bonded to almost all metal surfaces inside and outside the car, as well as inside and outside the wheel arches.
An excellent result is achieved when CTK Elastic 6 is bonded over CTK Premium or Standard PRO damping mats, which effectively reduce surface vibration while the Elastic mat reduces driving noise.
Elastic 6 is not only suitable for automotive damping, but also for industrial applications, computer sound damping, heat and sound insulation of air conditioning and refrigeration equipment.
- Thickness: 6,0 mm
- Good acoustic properties
- Good thermal insulation
- Weight: 0,5 kg/m²
- Size: 500 x 1000 mm
- EAN: 6430042128709
- SKU: 103411630
- Vendor material number: CTK ELASTIC 6 MM
Payment Methods:
