Significantly reduces the cost of equipment shutdown and blade replacement.
Precise cutting technology ensures a smooth surface with no fiber shedding.
Micron-sized grooves on the knife face reduce the adhesion of liquid materials.
Gradient edge angles designed based on specific material thickness requirements.
Personal care and household cleaning wipes
Medical disinfectant wet wipes
Tissue Knives
Industrial field wet wipes
Wet wipe packaging cutting
Material and Process:
WC-Co hard alloy (cobalt content 8%-12%), perfectly balancing hardness and toughness.
Sharpness Optimization:
20°-25° edge angle design, balancing cutting force and service life (reduces squeezing deformation compared to traditional 35° tools).
Dynamic Balance:
High-speed slitting dynamic balance grade reaches G2.5, preventing vibration-induced unevenness.
Technical Q&A (FAQ)
Will there be burrs or fiber stringing during the cutting process?
No. Our precision-engineered knives ensure precise cutting, resulting in smooth wet wipe surfaces, clean edges, and a comfortable touch.
Can these blades cut wet wipes of different materials and weights?
Yes. We utilize customized production processes to manufacture cutters tailored to specific application fields and material types, including variations in thickness and fiber composition.
How often do the blades need to be replaced?
The blades are made of hard alloy with a hardness (HRA) over 90. Their high wear and corrosion resistance significantly extend service life, reducing the frequency of replacements.
Do the blades meet safety and quality standards?
Yes, our cutting tools have passed ISO 9001 testing standards and comply with all relevant mechanical safety production requirements.
What is the advantage of the micron-sized grooves?
The micron-sized anti-sticking grooves are specifically designed to reduce the adhesion of liquid materials to the knife face, ensuring cleaner cuts in wet environments.
How does the G2.5 dynamic balance affect production?
A G2.5 rating ensures stability during high-speed slitting, which prevents vibration that typically causes uneven cutting surfaces and premature tool wear.
Shen Gong Carbide
