High-Performance Rotary Shear Blades for Precision Metal Cutting - China Suppliers and Factory for Quality Solutions
Product Features
The circular metal slitter blade is the most important link in slitter tool apron. The main problems customers encounter during use are the poor abrasion and edge crack in blade. Senda slitter blades have the following features, therefore reducing the blade sharpening frequency.
High-Quality & Vacuum Heat Treatment
The blades of Senda are made of high quality raw materials and manufactured by forging and advanced vacuum heat treatment technology, which have high hardness and stability, and the abrasion resistance is remarkably improved.
Precision Grinding & Strict Tolerances
The blade surface is processed with precision surface grinder and special grinding technology. After strict quality test, all finished products are guaranteed with a flatness of within 0.0003mm, a thickness tolerance of ±0.001mm, and a concentricity of within 0.02.
Frequently Asked Questions
Q1. What are the common issues users face with circular metal slitter blades?
The primary issues customers encounter during operation are poor abrasion resistance and edge cracking on the blade.
Q2. How does Senda improve the durability and hardness of its blades?
Senda uses high-quality raw materials combined with professional forging and advanced vacuum heat treatment technologies to ensure high hardness, stability, and superior abrasion resistance.
Q3. What are the precision tolerances of Senda slitter blades?
All finished Senda blades are guaranteed to have a flatness within 0.0003mm, a thickness tolerance of ±0.001mm, and a concentricity within 0.02.
Q4. What grinding technologies are used for Senda slitter blades?
Senda blades undergo processing with precision surface grinders and specialized grinding technologies, followed by strict quality testing.
Q5. How do Senda slitter blades help reduce maintenance costs?
By significantly improving abrasion resistance and preventing edge cracks, Senda slitter blades help reduce the frequency of blade sharpening, minimizing downtime and maintenance costs.