BALA PRITAM ENGG. WORKS
GST : 06DKTPS1663F2ZO

Slitting Blade

Slitting Blade Specification

Heat Treatment
Vacuum hardened/quenching for maximum durability

Edge Type
Single Bevel / Double Bevel / Flat edge

Surface Finish
Fine ground, mirror finish

Application Industry
Packaging, Printing, Metallurgy, Textile, Plastic, Paper

Tolerance
0.01mm (customizable as per requirement)

Customization
Available for dimension, mounting holes, and edge types

Blade Size
Customizable (provide outer diameter, inner diameter, and thickness)

Replacement Interval
Depends on application and material thickness

Usage
For paper, foil, textile, film, plastic, and metal coil slitting

Slitting Blade About

Precision Slitting Solutions

Our customizable slitting blades are optimized for high-speed, fine, and clean cutting across paper, plastic, metal, foil, and textile materials. Choose from various edge types, diameters, and thicknesses to ensure compatibility with your machines and material requirements. Advanced CNC processing and heat treatment techniques guarantee dimensional accuracy and exceptional durability.

Industry Versatility for Every Application

Whether you operate in packaging, printing, metallurgy, or other industrial sectors, our rotary slitting blades deliver consistent quality and reliability. Their design accommodates industrial-grade loads, ensuring efficiency and longevity in even the most demanding production environments.

FAQ's of Slitting Blade:

Q: How can I select the right slitting blade size and edge type for my specific application?

A: To choose the optimal blade, specify the required outer diameter, inner diameter, and thickness suited to your slitting machine and material. Decide on an edge type-single bevel, double bevel, or flat edge-based on desired cut quality and material type. Our team can assist in customizing dimensions and edge style for your particular process.

Q: What makes these slitting blades suitable for high-precision industrial slitting?

A: Our blades are manufactured from premium HSS, Tungsten Carbide, or Alloy Steel, and undergo fine grinding, mirror finishing, and vacuum hardening to achieve tight tolerances (0.01mm or customizable). This results in sharp, durable edges and minimal cutting variation, ideal for high-speed, accurate industrial applications.

Q: When should the slitting blade be replaced?

A: Blade replacement intervals depend on application, material thickness, and slitting frequency. Regular inspection is recommended, as dullness or burr formation indicates the need for replacement to maintain cut quality. Our durable blades are designed for extended service life, minimizing downtime.

Q: Where can these slitting blades be used?

A: Our blades excel in slitting machines, shearing machines, and rewinding machines handling paper, foil, textile, film, plastics, and metal coils. Industries served include packaging, printing, metallurgy, textile, and plastics manufacturing, both in automatic and semi-automatic operations.

Q: What customization options are available for slitting blades?

A: We offer customization of blade diameter (typically 80mm-500mm), inner diameter, thickness, mounting holes, edge type, coating (uncoated, polished, or TiN/TiAlN), and tolerance. If you have specific machine requirements or unique cutting parameters, our team will engineer the blade to match precisely.

Q: How does the blade fabrication process ensure quality and performance?

A: Using advanced CNC machining and grinding, along with vacuum hardening or quenching treatments, each blade achieves optimal hardness (HRC 58-65) and edge retention. Surfaces are mirror finished for smooth operation and corrosion resistance, verified through rigorous quality controls.

Q: What are the main benefits of using these rotary slitting blades?

A: You gain sharp cutting edges, high corrosion resistance, and consistent dimensional accuracy-translating to cleaner slits, reduced material waste, and longer blade life. With customizable features, these blades are a versatile, cost-efficient solution for diverse industrial slitting challenges.