- 4
- 3
- 2
- 1
Inner Sleeve
- Flexible and expandable innermost core. (1 mm)
- Contains Dyneema® that offers maximum strength with minimum weight.
- Dyneema® doesn’t fray and is up to 40% stronger than aramid fibers such as Kevlar®.
- Prevents slipping of the sleeve on the mandrel.
- Extremely durable and resistant to moisture, UV light and chemicals.
Foam Layer
- 1 mm – Compressible pre-compressed Foam Layer.
- The compressible pre-compressed Foam Layer has high rebound resilience and is up to 50% compressible without bulging.
- Resistant to permanent deformation, good abrasion resistance, resistance to aging, weathering and cleaning solvents used for polymer plate cleaning.
Tech Core Material
- Stitch, Bonded and Compressed Tech Core Material in various thicknesses.
- Contains a filament fiber base which is volumized by feiberglass infused with Epoxy Vinyl-Ester-Resin.
- Light weight with extreme high flexural strength and form stability.
Outer Surface Layer
- The 2.5 mm. Outer surface layer contains Epoxy Vinyl-Ester-Resin reinforced with technical filaments and polyester fleece.
- High chemical and temperature resistance with excellent tape mount and demount properties.
Features and Options
Lock
With this slot the mandrel and bridge are inseparable.
Outer metal ring with pin
Reinforced ring with pin increases durability
Miller ball valves
Better pressure distribution / More sleeve lengths suitable for bridge.
Separate Air & Air Through
All Tech Bridges® are available as either Air-through or Separate-air
Versions
Possible optionsBridge Sleeve
Tech® Pro
Tech® Pro+
Inner metal ring incl. slot
Yes
Yes
Conductivity
Yes
Yes
Air Through or Separate Air
Yes
Yes
Sealed Edges
Yes
Yes
Outer Metal ring incl. Pin
No
Yes
Tech® Pro
- Inner metal ring incl. slot
- Conductivity
- Air Through or Separate Air
- Sealed Edges
Tech® Pro+
- Inner metal ring incl. slot
- Conductivity
- Air Through or Separate Air
- Sealed Edges
- Outer Metal ring incl. Pin
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