Max SuperFlex is a non-woven, needle punched PE felt liner, uniquely bonded to an impermeable PU coating. Tube forming and seam bonding are achieved through a specially designed overlocking chain stitched sewn process and extruded taped seam. This highly flexible liner is capable of navigating multiple bends up to 90° and single-diameter transitions.
MAX SuperFlex S – Non-woven, needle punched PE felt, uniquely bonded to an impermeable PU coating with special stitched seam. Highly flexible, single-layer liner, capable of navigating multiple bends up to 90° and transitions.
MAX SuperFlex D – Non-woven, needle punched PE felt, uniquely bonded to an impermeable PU coating with special stitched seam. Highly flexible, single-layer liner, capable of navigating multiple bends up to 90° and transitions.
TECHNICAL DATA:
Coating: PU
Carrying Material: Polyester Felt
Seam: Stitched, skived overlapped seam and/or an overlocking
chain stitched seam with extruded taped joint
Installation: Inversion
Recommended Curing Methods: Ambient, Heat or Light Cure
Resin Compatibility: Use with MaxPox®, VertiPox® Epoxy
Resin Systems, MaxLight® UV LED Resin Systems or approved
equal
DIAMETER RANGE:
2” and larger
THICKNESS RANGE:
2 mm and 4.5 mm
AVAILABLE MANUFACTURER LENGTHS:
164′ and 328′ stock lengths (+/-)
Custom transitions and longer lengths available.
APPLICATIONS:
• Open-End (Blindshot) with Calibration Tube
• Closed-End
• Pull-in-Place
• Ideal for sweeping bends up to 90° with slight wrinkling.
• Manufactured transitions and custom sizes are available.
INSTALLATION:
Refer to Field Installation Sheet for resin calculations
Vacuum: -0.5 bar
Calibration Roller recommended gap setting: Thickness of liner x 2 + 1 mm
Installation air pressure: 5 to 8 psi (may need additional pressure to invert around bends).
Curing pressure: 6 to 8 psi
Heat curing: 120-185°F without CalTube, Must use CalTube when steam curing.
Vacuum level shall meet or slightly exceed inversion and curing pressure. Always use a vacuum with proper vacuum gauge and regulator. Always use a guide
tube to contain unsupported liners from radial expansion.
STORAGE/HANDLING:
Avoid extremes of temperature
• Freezing may cause the coating structure to degrade locally, especially areas where the coating is in
tension or compression – at bends and edges, and immediately adjacent to seam welds.
• Recommended storage temperature 40°F – 95°F.
• Shelf life at this temperature: in excess of 1 year.
Avoid extremes of humidity
• Very high relative humidity (especially at high temperature such as tropical countries) will accelerate the
degradation, consequently reducing the shelf life.
• Recommended storage humidity 25% rh – 65% rh.
• Shelf life at 65%, 95°F: 1 year.
Avoid prolonged wet storage
As with high humidity, the coating is more susceptible to degradation at higher temperatures, and even
further susceptible if pH of liquid in contact is significantly above or below 45°F. Wet storage is not
recommended.
Avoid direct sunlight
Prolonged exposure to the sun’s ultraviolet light will accelerate the degradation of the coating. Store away
from direct sunlight, preferably in dark conditions.
Mechanical damage should be avoided
• Ensure that liner is not placed directly onto grit or gravel floor – sweep and cover floor first.
• Ensure personnel are instructed not to walk on or smoke around the liner.
• Handle with care and ensure safe transport at all times.
• Ensure any rollers are clean, and the liner is not in contact with any sharp edges or snags anywhere
during use.
Chemical attack
Avoid prolonged contact with solvents and chemicals.
