Skip to content
Call Us: 1-877-FERRULE | Orders Placed by 3PM Ship Same Day*
Call Us: 1-877-FERRULE | Orders Placed by 3PM Ship Same Day*

12" Hook and Loop Cable Ties, Wide, 5.6-lb Tensile Strength, Black, 10-Pack - HLT300B

Original price $2.20 - Original price $2.20
Original price
$2.20
$2.20 - $2.20
Current price $2.20
SKU HLT300B
Availability:
in stock, ready to be shipped
Pack Quantity: 10 Pieces
true

MAGIC CABLE TIES "HOOK & LOOP" STYLE

Ferrules Direct’s Magic Cable Ties (also known as Hook and Loop Cable Ties) make bundling and securing wire and cable of any size quick and easy! Our Hook and Loop cable ties are re-usable, making them an extremely versatile and cost-effective cable tie solution for a wide range of wire and cable bundling jobs. Use them for home, office, and industrial purposes. From organizing a control panel at work to finally bundling that box of cords in the basement at home, these are suited for the job!

DIMENSIONS & FEATURES:

Length: 11.81" (300mm)
Width: 0.49" (12.5mm)
Color: Black
Max Bundle Diameter: 3.50" (89mm)
Tensile Strength: 5.6lbs (2.54kg) [3/8" x 3/8" connection]
Peeling Force: 0.67lbs (0.303kg) [3/8" x 3/8" connection]
Hook Material: Nylon
Loop Material: Polyester
Base Material: Synthetic Resin
Operating Temperature: -40°F to 185°F (-40°C to 85°C)
Melting Temperature (Hook): 446°F (230°C)
Melting Temperature (Loop): 356°F (180°C)
Min. Installation Temperature: -4°F (20°C)
Water Resistant: Yes
RoHS Compliant Yes
CE Certified Yes

Installation notes: under colder temperatures the tensile strength will increase but the durability will be reduced. These parts are also water resistant and can be used under water. When used under water, the tensile strength will be reduced by 50%. Once dried, the tensile strength will be restored to normal conditions.

Chemical resistance: these parts are resistant and can still function when these percentages are not exceeded: Alkaline Soda (50%), Ammonia (28%), Hydrochloric Acid (2.5%), Nitric Acid (3.5%).


DRAWING:


DOCUMENT FILE:

COMPARE TO THESE PARTS: