1.18mm Kevlar® Aramid Micro Cord – Heat-Resistant (Yellow)
Quick Facts
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Diameter: 3/64 in (1.18 mm)
-
Tensile Strength: 320 lb (145 kg)
-
Material: Braided aramid fiber
-
Packaging: Reusable plastic spool
-
Made in the USA
Product Description
Atwood Rope Micro Cord Kevlar® is a compact aramid utility line engineered for strength and heat resistance in a minimal footprint. At just 3/64 in (1.18 mm) in diameter, it delivers 320 lb tensile strength while maintaining flexibility for field tying, lashing, and repair work.
Wound on a reusable plastic spool, it stores cleanly in kits, packs, and vehicles, ready for deployment in environments where standard cordage may degrade under friction or elevated heat.
Built for High-Heat Utility
-
320 lb tensile strength in a micro-diameter profile.
-
Aramid fiber construction resists high temperatures and does not melt like nylon or polyester.
-
Compact and lightweight for EDC kits, repair pouches, and go-bags.
-
Field-ready durability suitable for securing gear, reinforcing components, and improvising fixes.
-
Reusable spool packaging allows controlled deployment and organized storage.
-
Made in the USA for consistent manufacturing quality.
Specifications
-
Diameter: 3/64 in (1.18 mm)
-
Tensile Strength: 320 lb (145 kg)
-
Material: Braided aramid fiber
-
Length: Varies by selection
-
Packaging: Reusable plastic spool
-
Features: Heat-resistant, lightweight, abrasion-resistant
-
Country of Origin: United States
FAQ
Q: How does aramid cord differ from standard paracord?
Aramid fibers offer higher heat resistance and reduced melting risk compared to nylon-based paracord.
Q: Is this cord suitable for climbing or rescue applications?
No. This cord is not rated for dynamic or life-safety load-bearing use.
Q: Does the spool make it easier to deploy in the field?
Yes. The reusable spool keeps the cord organized and allows controlled payout when needed.
A compact, heat-resistant micro cord designed for field reliability in demanding conditions.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
1.18mm Kevlar® Aramid Micro Cord – Heat-Resistant (Yellow)
1.18mm Kevlar® Aramid Micro Cord – Heat-Resistant (Yellow)
Quick Facts
-
Diameter: 3/64 in (1.18 mm)
-
Tensile Strength: 320 lb (145 kg)
-
Material: Braided aramid fiber
-
Packaging: Reusable plastic spool
-
Made in the USA
Product Description
Atwood Rope Micro Cord Kevlar® is a compact aramid utility line engineered for strength and heat resistance in a minimal footprint. At just 3/64 in (1.18 mm) in diameter, it delivers 320 lb tensile strength while maintaining flexibility for field tying, lashing, and repair work.
Wound on a reusable plastic spool, it stores cleanly in kits, packs, and vehicles, ready for deployment in environments where standard cordage may degrade under friction or elevated heat.
Built for High-Heat Utility
-
320 lb tensile strength in a micro-diameter profile.
-
Aramid fiber construction resists high temperatures and does not melt like nylon or polyester.
-
Compact and lightweight for EDC kits, repair pouches, and go-bags.
-
Field-ready durability suitable for securing gear, reinforcing components, and improvising fixes.
-
Reusable spool packaging allows controlled deployment and organized storage.
-
Made in the USA for consistent manufacturing quality.
Specifications
-
Diameter: 3/64 in (1.18 mm)
-
Tensile Strength: 320 lb (145 kg)
-
Material: Braided aramid fiber
-
Length: Varies by selection
-
Packaging: Reusable plastic spool
-
Features: Heat-resistant, lightweight, abrasion-resistant
-
Country of Origin: United States
FAQ
Q: How does aramid cord differ from standard paracord?
Aramid fibers offer higher heat resistance and reduced melting risk compared to nylon-based paracord.
Q: Is this cord suitable for climbing or rescue applications?
No. This cord is not rated for dynamic or life-safety load-bearing use.
Q: Does the spool make it easier to deploy in the field?
Yes. The reusable spool keeps the cord organized and allows controlled payout when needed.
A compact, heat-resistant micro cord designed for field reliability in demanding conditions.
Original: $14.99
-70%$14.99
$4.50Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Quick Facts
-
Diameter: 3/64 in (1.18 mm)
-
Tensile Strength: 320 lb (145 kg)
-
Material: Braided aramid fiber
-
Packaging: Reusable plastic spool
-
Made in the USA
Product Description
Atwood Rope Micro Cord Kevlar® is a compact aramid utility line engineered for strength and heat resistance in a minimal footprint. At just 3/64 in (1.18 mm) in diameter, it delivers 320 lb tensile strength while maintaining flexibility for field tying, lashing, and repair work.
Wound on a reusable plastic spool, it stores cleanly in kits, packs, and vehicles, ready for deployment in environments where standard cordage may degrade under friction or elevated heat.
Built for High-Heat Utility
-
320 lb tensile strength in a micro-diameter profile.
-
Aramid fiber construction resists high temperatures and does not melt like nylon or polyester.
-
Compact and lightweight for EDC kits, repair pouches, and go-bags.
-
Field-ready durability suitable for securing gear, reinforcing components, and improvising fixes.
-
Reusable spool packaging allows controlled deployment and organized storage.
-
Made in the USA for consistent manufacturing quality.
Specifications
-
Diameter: 3/64 in (1.18 mm)
-
Tensile Strength: 320 lb (145 kg)
-
Material: Braided aramid fiber
-
Length: Varies by selection
-
Packaging: Reusable plastic spool
-
Features: Heat-resistant, lightweight, abrasion-resistant
-
Country of Origin: United States
FAQ
Q: How does aramid cord differ from standard paracord?
Aramid fibers offer higher heat resistance and reduced melting risk compared to nylon-based paracord.
Q: Is this cord suitable for climbing or rescue applications?
No. This cord is not rated for dynamic or life-safety load-bearing use.
Q: Does the spool make it easier to deploy in the field?
Yes. The reusable spool keeps the cord organized and allows controlled payout when needed.
A compact, heat-resistant micro cord designed for field reliability in demanding conditions.


