Features of this product:
High Hardness
Usually made of materials such as oil-coated steel and chrome steel, they achieve a hardness of HRC 63+/-1, ensuring long-term wear resistance. Chrome steel plates can withstand 200,000 to 300,000 print cycles. Oil-coated steel plates can withstand over 50,000 print cycles.There are too many factors that affect the service life of steel plates. This is a theoretical value tested and the actual service life shall prevail.
High Flatness and Smoothness
Using high-quality steel and undergoing meticulous processing, they achieve high flatness and smoothness, ensuring clean scraping and leak-free ink, meeting the requirements of fine graphic printing.
High Corrosion Resistance
Provides excellent rust and corrosion resistance, making it suitable for use in a variety of working environments, resisting rust and extending its service life.
Complete Range of Specifications
A wide range of thicknesses and sizes are available. Pad printing plate sizes include 3×4, 4×4, and 3×6. Custom specifications can also be customized.
WINNEO Pad Printing Thick Plate
WINNEO Cliché Steel Material Comparison
WINNEO Pad Printing Plate Parameter
Customer Concerns
Ink leakage: There are many factors that lead to oil leakage during the printing process. The factors of the steel plate are usually reflected in the surface treatment, resulting in insufficient flatness and smoothness of the steel plate.
Rusting: There are many factors that cause steel plates to rust. The factors of steel plates are usually reflected in the raw materials. If qualified rust-resistant base materials are not used, the steel plates will be easily rusted during use.
Not scratch-resistant: The lack of scratch resistance of pad printing steel plates is usually due to inadequate heat treatment. If this process is not done well, the steel plates will not reach the required hardness and it will be difficult to achieve the expected number of prints.
WINNEO Standard of Pad Printing Plate
WINNEO Pad Printing Plate Raw Material Component Standards
This is the original composition test report for the raw materials used in WINNEO Pad Printing Plates. This report proves that the raw materials used in our Pad Printing Plates meet quality standards. Qualified raw materials ensure that subsequent steel plate manufacturing complies with relevant standards.
Exquisite Heat Treatment Technology
Precision Machining and Grinding
WINNEO QC Testing Standards
·This is the QC inspection process for WINNEO pad printing plates.
·Our brand implements a strict QC inspection process.
·100% strict testing ensures the stable quality of Pad Printing Plate.
WINNEO Packaging Standards
·Steel Plate Packaging Method: Plastic Inner Bag + Carton Separation + Export Shipping Standard Reinforced Wooden Case.
·This triple packaging ensures product stability during transportation, eliminating the risk of damage to the steel plates.
·WINNEO clear packaging labels make it easy to quickly verify order information.
WINNEO After-sales Standards
Efficient response within 24 hours, with dedicated personnel assigned for follow-up. Lifetime one-on-one online technical support.
WINNEO Used Plates Regrinding Tips
A good-quality cliché plate, should have stable heat treatment hardness within 0.3mm thickness of its surface, and we usually etched the image on the cliché plate for 0.02~0.04mm at one time, so please do not discard the cliché after first use, it can be reground by the professional manufacturers, and then it can be used again.
WINNEO ADVICE: The common steel (such as the GCr15 or 2510# steel material) cliché plates can be reground and reuse 2 or 3 times, and the Chrome steel cliché plates (such as the D2), you can reuse 5 times or more.
Customers Recommend
WINNEO Pad Printing Plates are highly praised by customers.
FAQ
1.What is the life of pad printing plates?
The service life is affected by many factors such as material, frequency of use, printing environment, etc. Generally speaking, the number of printing times for chrome steel plates can reach hundreds of thousands, and for oil steel plates it can reach more than 50,000 times, but the specific service life needs to be determined according to actual use.
2.How to choose the appropriate pad printing plate specifications?
The selection should be based on the printing equipment, the size and shape of the printed pattern, and production requirements.
3.What should I do if the pad printing thick plate is rusted?
If the steel plate or sheet is rusted, it may affect the printing quality. Minor rust can be treated by grinding, polishing, etc.
4.Can you customize steel plates and sheets to special specifications?
Yes, we can customize pad printing thick plates and thin plates to your specific specifications, including thickness, size, and pattern.
5.What is the price of thick plates and thin plates?
Prices vary depending on factors such as material, specifications, and processing technology. Stainless steel plates are more expensive, and prices for plates with special specifications or high precision requirements will also increase accordingly.
6.Can you customize steel plates and sheets to special specifications?
Yes, we can customize pad printing thick plates and thin plates to your specific specifications, including thickness, size, and pattern.
7.How about your hardness and materials?
Our plates are made of high-quality alloy steel with stable hardness, which can ensure that the edges of the patterns will not wear or deform during long-term printing. They are especially suitable for high-frequency and high-precision pad printing scenarios.
8.How about the surface finish?
The surface is precisely polished with high smoothness, ink adheres evenly, is not easy to rust, and has good batch consistency.
Features of this product:High-Precision Machining Adopts advanced CNC grinding technology, ensuring the blade edge runs concentrically with the ring body. This minimizes uneven ink scraping during transfer, guaranteeing consistent print quality even for fine patterns.Durable Material Selection Crafted from ceramic or tungsten carbide, resisting wear from repeated contact with ink and substrates (e.g., plastic, metal). Extends service life by 30% compared to standard carbon steel.Optimized Blade Edge Design The blade edge features a micro-beveled structure (angle adjustable: 30°/45°/60°) to adapt to different ink viscosities (water-based, solvent-based, UV-curable) and substrate surfaces (smooth/rough). Prevents ink buildup or excessive scraping, reducing rework rates.
Details
Features of this product:High-Precision Machining Adopts advanced CNC grinding technology, ensuring the blade edge runs concentrically with the ring body. This minimizes uneven ink scraping during transfer, guaranteeing consistent print quality even for fine patterns.Durable Material Selection Crafted from ceramic or tungsten carbide, resisting wear from repeated contact with ink and substrates (e.g., plastic, metal). Extends service life by 30% compared to standard carbon steel.Optimized Blade Edge Design The blade edge features a micro-beveled structure (angle adjustable: 30°/45°/60°) to adapt to different ink viscosities (water-based, solvent-based, UV-curable) and substrate surfaces (smooth/rough). Prevents ink buildup or excessive scraping, reducing rework rates.
Details
Features of this product: High Hardness Usually made of materials such as oil-coated steel and chrome steel, they achieve a hardness of HRC 63+/-1, ensuring long-term wear resistance. Chrome steel plates can withstand 200,000 to 300,000 print cycles. Oil-coated steel plates can withstand over 50,000 print cycles.There are too many factors that affect the service life of steel plates. This is a theoretical value tested and the actual service life shall prevail. High Flatness and Smoothness Using high-quality steel and undergoing meticulous processing, they achieve high flatness and smoothness, ensuring clean scraping and leak-free ink, meeting the requirements of fine graphic printing. High Corrosion Resistance Provides excellent rust and corrosion resistance, making it suitable for use in a variety of working environments, resisting rust and extending its service life. Complete Range of Specifications A wide range of thicknesses and sizes are available. Pad printing plate sizes include 3×4, 4×4, and 3×6. Custom specifications can also be customized.
Details
Features of this product:High Hardness: Heat-treated to HRC52+/-1, meeting the hardness requirements for pad printing steel sheets. Stable Printing Effect: Meets standards for finish and flatness, free of scratches, impurities and blowholes, with no ink leakage. Long Life: Base material with qualified element content, meeting standards and featuring strong durability. Low Cost: Direct supply from source factory, with more competitive wholesale prices.
Details
Features of this product: Precise transfer printing The surface is fine, which can accurately absorb ink and completely transfer it to the workpiece, ensuring clear patterns. Wide adaptability Can be customized into different shapes and sizes, suitable for curved and special-shaped workpieces, meeting various printing needs. Anti-static rubber head optional Low surface resistance, reducing dust adsorption and avoiding pattern defects caused by static electricity during printing. Solvent corrosion resistance Can withstand various ink solvents, not easy to swell or harden, adapting to complex printing environments.
Details
Features of this product: Excellent Environmental Performance The fully enclosed structure isolates the ink from the outside, prevents the emission of VOCs and the diffusion of odors, avoids environmental pollution, and meets the environmental protection requirements of factories. Durable Material and Easy Cleaning Characteristics The core components are made of high-quality materials, which are corrosion-resistant, wear-resistant and have a long service life; the structure is simple without dead corners, making cleaning convenient and cost-saving. High-Quality Printing and Uniform Ink Scraping Effect The precision ink scraping blade ring combined with stable control ensures uniform ink scraping, resulting in clear and neat printed patterns with significantly improved quality. Reduce the loss of consumablesThe enclosed structure reduces ink volatilization and deterioration, and precise ink scraping lowers ineffective consumption, thus saving the expenditure on consumables.
Details
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