packaging printing ink

Water Based Mixing Medium For Glass

As the core carrier of water-based high-temperature glass ink, this mixed medium redefines the ink performance ceiling with five innovative characteristics, and provides the underlying technical support for Glass Panel Ink, Glass Bottle Printing Ink and Kitchen Tempered Glass Ink .

Core technical characteristics-hard core breakthrough from molecular design to mass production

Intelligent Thixotropic Control —— "Dynamic Commander" of Printing Accuracy

Thixotropic index (TI value) reaches 6.8 (industry average ≤4.5);

The static viscosity is 8500cps, and the pigment has zero sedimentation (30-day suspension stability is 99.2%).

The viscosity immediately decreased to 1200cps under the pressure of scraper, and the ink permeability of 380 mesh screen was 98.5%.

The dynamic viscosity of roller coating mode is 2000±50cps, and the thickness difference of 3 m wide plate is less than 1.2 μ m.

Practical case: When printing 0.1mm microporous glass in an electronic cover factory, the sawtooth rate of line edge decreased from 12% to 0.7%.

Directional Carbonization Technology —— "Cleaner" of High Temperature Sintering

Carbon residue < ＜200ppm (GB ≤500ppm):

Nano-magnesium silicate carrier guides the directional decomposition of organic matter at 680℃

After sintering, the ash content is less than 0.03%, and the density of interface transition layer is increased by 67%.

Test report: SGS shows that the adhesion of the coating after sintering at 720℃ is 28MPa, far exceeding the industry standard of 15MPa.

Super-wetting Infiltration —— A "Shadow Hand" to Overcome Microstructure

Contact angle 18 (traditional medium > 35):

The filling time of 0.05mm laser micropores is less than 0.1 second.

Eliminate the crack defect caused by static electricity for 30 seconds.

Extreme test: In the environment of 85% humidity, the curved printing of wine bottles still maintains 99% yield.

Self-repairing leveling-the creator of industrial mirror effect

The leveling time is shortened by 40%;

Star polymer independently fills surface defects below 5 μ m.

After pre-baking at 100℃, the surface roughness Ra value is ≤ 0.05 μ m.

Optical detection: when the photovoltaic glass antireflection film is printed, the light transmittance fluctuation is less than 0.3%.

Full Link Environmental Protection —— "Green Revolution" from Workshop to Recycling

82% bio-based raw materials (USDA certification):

The VOC content is less than 5g/L, and the air quality in the workshop reaches ISO 14644-1 CLASS 7.

The COD value of wastewater is less than 50mg/l, which can be directly discharged into the municipal pipe network.

Carbon footprint: CO₂ 412kg per ton of medium production.

Technical empowerment of three application scenarios

▍Glass Panel Ink —— "gene editing" of curtain wall art

Solve the pain point: uneven leveling and poor weather resistance of large-format printing

Medium empowerment:

Intelligent Thixotropic Control 6-meter Super-long Screen Printing without Joint Marks

Nano-carbonization technology makes the light retention rate of ultraviolet radiation more than 90% in 20 years.

Self-repairing leveling realizes mirror reflection of metal glaze (glossiness 95GU).

▍Glass Bottle Printing Ink-the "ultimate answer" to the sterilization challenge

Solve the pain points: fading and decreased adhesion caused by autoclaving.

Medium empowerment:

Super-wetting infiltration conquering wine bottle 15mm curvature radius printing

Directional carbonization technology ensures that Δ E < 0.8 after steam sterilization at 121℃/50 times.

Bio-based formula has passed FDA 21 CFR 175.300 food contact certification.

▍Kitchen Tempered Glass Ink —— the "nano armor" of the oil-contaminated battlefield

Solve the pain point: coating failure caused by detergent corrosion and cold and hot shock.

Medium empowerment:

Self-repairing leveling can resist 5000 scratches of steel ball (roughness change < 0.02 μ m).

Intelligent thixotropy adapts to sudden change from-18℃ to 300℃ (adhesion retention rate ≥95%)

There is no risk of chemical migration when the environmentally friendly formula directly contacts tableware.