MAX INDUSTRIAL SERIES HIGH-LEVERAGE DIAGONAL CUTTING PLIER SIZE 8 INCH

Product Code: 6213

Material : Cr-V
Handle material : TPE (Thermoplastic Elastomer)

Categories: Hand Tools, Slip Joint Pliers

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The Tosan 6213 MAX Industrial 8-Inch High-Leverage Diagonal Cutting Pliers are made from forged, hardened chrome vanadium steel and designed in accordance with ASME and ISO 5749 standards

An eccentric pivot and hinge design increases leverage and improves cutting efficiency by approximately 50–60%, reducing the effort required for hard-wire cutting. The pliers can cut soft wire up to 8 mm, medium-hard wire up to 3 mm, and hard steel wire up to 2 mm. Precision cutting edges and non-slip TPR handles provide secure control and reliable performance

Additional information

Material	Chrome vanadium
Size	8 inch
Handle material	TPR
Maximum Cutting Capacity (Medium-Hard Wire)	3.3 mm
Maximum Cutting Capacity (Soft Wire / Cable)	8 mm
Maximum Cutting Capacity (Hard Wire)	2.05 mm
Maximum Jaw Opening (Blade Gap)	13 mm
Blade Cutting Angle	80 degrees
Overall Tool Length	194 mm

Capable of cutting hardened steel wires up to 2.05 mm.
Reinforced jaws ensure a secure grip, precise cutting, and full control during operation.
Equipped with sharp, precision-ground cutting edges for fast and stable cutting performance.
Conforms to ISO 5749 standard, applicable to lever-type diagonal cutting pliers.
Drop-forged construction provides exceptional strength and long-lasting durability.
Manufactured from hardened Chrome Vanadium steel for superior toughness and wear resistance.
Handles coated with non-slip, soft TPR material for enhanced comfort and control.
Ergonomic handle design minimizes hand fatigue and improves handling precision during prolonged use.
Unique high-leverage three-pin body design provides easier cutting of hard wires with less effort.
Pivot pins made from 40Cr alloy steel for superior strength and stability.
Body finish: Black polished surface for corrosion resistance and professional appearance.
Special feature: Eccentric (off-center) pivot design increases cutting efficiency by approximately 50–60%, reducing required cutting force significantly.