Pulse Safety Equipments

Capacity & Safety Margin: Always select a shackle with WLL above your maximum load.

Pin & Body Diameter: Larger diameter improves shear strength (e.g., 5/8″ vs 3/4″).

Locking Mechanism: Screw-pin is quick and convenient, great for frequent operations; nut-bolt offers more security under vibration.

Finish & Durability: Look for galvanized or alloy steel options. Kepro uses quenched & tempered alloy steel with secure screw threads

Versatility: From light rigging to heavy lifting, you can choose one shackle family to cover a range of jobs.

Ease of Use: Screw pin design allows quick fastening without tools—ideal for frequent setups.

Safety: Conforms to international standards with straight pins and aligned holes to maintain load integrity.

Load capacity – Always pick a shackle with a Working Load Limit (WLL) exceeding your maximum expected load, and include a safety margin.

Pin diameter & thickness – Larger bolts provide greater strength.

Usage environment – For outdoor or marine use, opt for galvanized or corrosion‑resistant finishes. Note: current listings don’t specify plating, so check with the seller before ordering.

Working Load Limit (WLL): Always select a shackle rating above your maximum load to maintain a safety margin.

Pin Size: Larger pin diameter offers greater structural integrity under load.

Working Environment: Opt for galvanized or corrosion-resistant finishes for outdoor or marine use. Verify with seller.

Standards: Kepro’s broad catalogue suggests compliance with industrial lifting standards, though always confirm before critical applications

1. Heavy-Duty Polyester Webbing:

   • Strong, high-tensile polyester fibers designed for securing and lifting cargo.

   • Resistant to wear, tear, and UV exposure.

2. Wide and Flat Webbing Design:

   • Distributes pressure evenly across cargo surfaces.

   • Minimizes risk of damage to delicate or packaged goods.

3. Excellent Flexibility:

   • Easily conforms to different cargo shapes and sizes.

   • Ideal for irregular or uneven loads.

4. Low Elongation (Stretch):

   • Maintains tension under load without significant stretch.

   • Ensures stable and secure holding during transit or lifting.

Made of high-strength alloy steel, typically Grade 80 or 100

Feature a self-locking latch that engages automatically under load, aligning with EN 1677-3 standards .

Available in common capacities (around 1–5 tons), matched to the sling’s WLL

Used with flat or round webbing slings, sometimes combined with clevis pin or ring fittings

Check the sling hook throat opening—larger-than-standard loads may require bigger hooks or alternate grades.

Ensure compatibility with your sling or chain size (e.g., Grade 80 eye dimension).

Request certification details (e.g., EN 1677-2 compliance) for regulated lifting operations—Kepro likely provides on request

Safety latch prevents accidental release of sling or chain .

Forged alloy steel, quenched and tempered, with typical safety factors consistent with Kepro’s rigging lineup .

Grade 80 chain compatibility — fits with standard chain slings and lifting gear.

Load Capacity: Determine the working load limit (e.g. 2 t, 5 t)

Setup Type:

• Permanent eye bolt or weld-on lifting ring if applicable (not clearly listed)

• Modular chain/sling assemblies using hooks, master links, and connectors

Swivel Eye: Rotates 360° under load to reduce tangling of chains or slings 

Self-Locking Latch: Automatically locks when load is applied—prevents accidental release 

Safety Factor: Typically 4:1 ratio (breaking load is four times the working limit) 

Compliance: Meets safety standards like EN 1677-3 (hook), ASTM A952 ﹘ many global equivalents

Clevis Design: Connects securely via a clevis pin or master link, often used with chain slings .

Self-Locking Latch: Automatically engages when loaded, and must be manually unlocked—eliminates mistakes under tension

Material & Strength: Constructed from quenched and tempered alloy steel (Grade 80 or 100), ensuring a 4:1 safety factor

Swivel Eye: Enables 360° rotation under load—ideal for dynamic rigging systems.

Self-locking Latch: Safety latch automatically engages with load, eliminating manual clipping .

Material & Strength: Made from quenched & tempered alloy steel with a typical 4:1 safety factor

Grade 80 Alloy Steel with 4:1 minimum safety factor

Wide throat opening designed for quick attachment to moulds, lifting pots, chains, or wire ropes

Material: Alloy steel, designed to meet standard safety factors (typically 4:1).

Standards: Swivel eye hooks by Kepro are built to rigorous safety norms (EN 1677-3 equivalents, traceable in their NABL-accredited testing lab)

Grade 80 alloy steel: Quenched and tempered with a 4:1 safety factor

Clevis connection: Fits directly onto chain end links—no need for extra connectors

Integrated safety pin: Locks hook opening securely under load

Standards compliance: Built to meet EN 1677-1 and similar global lifting standards

Material & Certification: High-strength alloy steel, quenched and tempered, tested to 2.5× WLL and fatigue-rated at 1.5× WLL .

Safety Pin: Secures latch to prevent unintentional released loads.

Grade 80: Suitable only with Grade 80 chain; maintains a 4:1 safety factor

Prolift Container Hook Pro Cont: A specialized hook designed for container lifting applications.

Chassis King Container Hook: Offers a 45-degree left-turn container lift hook suitable for various lifting scenarios.

USA Containers Lifting Hooks: Provides a 2-pack of shipping container lifting hooks, available in different configurations.

Tiger Lifting G80 Eye Container Hook: A Grade 80 eye container hook known for its durability and strength.

Purpose: Chain shortening or load control.

Design: Includes cradle lugs to prevent link deformation; locking pin for added safety.

Safety Factor: 4:1; certified to EN 1677‑1/ASTM requirements .

Capacity Range:

• 1.5 t (B14970) to 16 t (B14975).

• Example: 4 t hook is 76 mm long, weighs 0.839 kg

• High-grade forged steel; quenched & tempered for toughness across temperatures .

• Safety Factor: Carbon = 5:1, Alloy = 4:1 design factors .

• Deformation indicators stamped in hook prevent overload: visually alerting spread or distortion.

• Proof testing: Every hook is certified—typically to 2× WLL for proof test and 4× for ultimate load

Construction: Alloy or mild steel with corrosion-resistant finish.

Capacity: Designed to match sling Working Load Limits (WLL) — commonly 1 t up to 100 t, depending on sling capacity

Single-leg, double-leg, triple-leg, and endless slings available .

Fittings include thimbles, eyes, ferrules, and sleeves.

Rope diameters range from 8 mm up to 52 mm, supporting WLLs from tens to hundreds of tonnes