Alligator or Clipper Seam

• Extremely strong and flexible.
• Metal lacing is locked into reinforced belt ends.
• The laced ends are then meshed and joined by a stainless steel, steel or Monel pin.
• Use with 5” diameter or larger pulleys
• Clipper Seam utilizes a metal lacing for smaller diameter pulleys.

Cable Seam

• High strength splice utilizes high temperate synthetic fabric instead of metal lacing.
• Synthetic fabric is folded over belt ends and stitched in place.
• The laced ends are then meshed and joined by a stainless steel, steel or Monel pin.

Pin Seam

• Reweaving provides the convenience of a mechanical splice with the benefits of an endless belt.
• The warp (lengthwise) threads are folded back and rewoven into the belt carcass to form loops.
• The ends are then meshed and joined by a stainless steel, steel or Monel pin.

Flap Over Seam

• A PTFE coated synthetic fabric flap covers the alligator or clipper metal lacing, providing a continuous release surface.
• Flap can be heat sealed or stitched to the belt.
• A plat over seam is generally used with a metal alligator or clipper seam.
• Available with all belt styles.

Butt Splice

• Butt splices are heat sealed with reinforcement on the underside of the belt.
• Smooth top surface.

Overlap Splice

• Most popular heat-sealed splice.
• Can be enhanced with moldings for food processing applications.
• Overlap ranges from 1” to 6”.
• Directional belt angles of 22, 45, 60 or 90 degrees.

Belt Edge Reinforcement

• Prevents unraveling of porous belts.
• Provides additional support for pin guides, grommets and eyelets.
• Presents uniform edges for automatic tracking sensors.
• Reinforcement option #1 - .003” thick PTFE film from 1” to 1 ½” wide heat-sealed to the belt edge.
• Reinforcement option #2 - .005” or .010” thick PTFE coated fiberglass heat sealed or stitched to the belt edge.  From ½” to 2” wide.