3/16 x 3/4 x 94 inch Tension Bar

$9.20

94 inch tension bar for chain link fabric

Description

Professional-grade tension bar designed to provide straight-edge attachment of chain link fabric to terminal posts. This flat steel bar threads through the end loops of chain link fabric, creating a rigid connection point for tension bands. At 94 inches long, it’s ideal for 8-foot fence installations with proper coverage from top to bottom.

**Technical Specifications:**
– Dimensions: 3/16″ thick x 3/4″ wide x 94″ long
– Material: High-tensile cold-rolled steel
– Finish: Hot-dip galvanized
– Weight: Approximately 3.2 lbs
– Tensile Strength: 65,000 psi minimum
– Suitable Height: 7-8 foot fences

**Key Features:**
– Precision-rolled for uniform thickness
– Smooth edges prevent fabric damage
– Rigid construction maintains fence line
– Corrosion-resistant zinc coating
– No sharp burrs or rough spots
– Easily cut to custom lengths if needed

**Installation Process:**
1. Thread bar through end loops of fabric
2. Start at top and work downward
3. Ensure bar passes through every diamond
4. Position flush with terminal post
5. Attach tension bands at 12″ intervals
6. Apply tension evenly from center outward

**Sizing Guide:**
– 4′ fence: Use 46″ bar
– 5′ fence: Use 58″ bar
– 6′ fence: Use 70″ bar
– 7′ fence: Use 82″ bar
– 8′ fence: Use 94″ bar
– 10′ fence: Use 118″ bar
– 12′ fence: Use 142″ bar

**Compatible Hardware:**
– Works with all post sizes (2-3/8″, 2-7/8″, 4″)
– Requires matching tension bands
– Use 5/16″ carriage bolts
– One bar needed per terminal post

**Applications:**
– Terminal post connections
– Gate frame attachments
– Corner installations
– End-of-run terminations
– Repair and maintenance work

**Quality Standards:**
– Meets ASTM A36 steel specifications
– Galvanizing per ASTM A123
– Suitable for all climate conditions
– 10+ year corrosion resistance

**Pro Tip:** For easier installation, slightly bow the tension bar before threading through fabric. This creates spring tension that helps hold the bar in place during band attachment.