Customization:
With thermochromic solvent-based ink, you can create designs that transition from colorless to vivid hues based on temperature changes. This ink maintains structural integrity in high-solvent environments, offering ~30% greater resistance to chemical degradation than standard screen-printing inks*.
With interactive thermochromic technology, you can enable users to visually track the temperature of printed items (e.g., drinkware) through color shifts—from dark to light shades as temperature rises—enhancing user engagement and practicality.
With solvent-based compatibility and stable pigment dispersion, you can achieve sharp, durable prints on diverse materials using screen printers, ensuring consistent performance even under repeated use or environmental stress.
With temperature-sensitive functionality, you can design products like beverage containers, apparel, or accessories that adapt visually to heat/cold, ideal for commercial beverage packaging or consumer goods requiring real-time temperature feedback.
With formulation aligned to meet food-contact and eco-friendly standards*, you can ensure safe use on items like water bottles or food packaging, addressing regulatory requirements for consumer and industrial markets.
The High Solvent Based Ink Resistant Temperature Sensitive Ink is a cutting-edge thermochromic ink designed for screen printing applications. Its unique colorless-to-color transition enables real-time temperature indication, making it ideal for industries requiring visual temperature monitoring. The solvent-based formula ensures durability and adhesion on various substrates, while its temperature-sensitive properties add functional aesthetics to printed products.
Feature | Specification | Benefit |
---|---|---|
Thermochromic Property | Colorless to visible color (e.g., pink) | Real-time temperature indication for end-users |
Ink Type | Solvent-based | Strong adhesion on plastics, metals, and fabrics |
Printing Compatibility | Screen printing | Optimized for high-volume industrial use |
Temperature Range | 20°C–50°C (customizable) | Adjustable activation thresholds for specific needs |
Adjustable parameters include:
Imagine a beverage bottle that signals when its contents are optimally chilled, or a sports garment that changes color to indicate overheating. This ink transforms ordinary products into interactive tools, blending functionality with visual appeal.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Temperature Range | 20°C–40°C | 15°C–50°C | 10°C–60°C* |
Color Change Speed | 10 seconds | 5 seconds | 2 seconds |
Chemical Resistance | Standard solvent | +30% UV resistance | +50% chemical stability |
Three Breakthroughs:
Optimal Version Selection:
Example Use Case: The Pro version’s expanded temperature range allows manufacturers to print on industrial equipment, where users can instantly gauge surface temperatures without manual checks. Pair this with its chemical resistance, and it becomes indispensable for harsh chemical environments.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Standard Solvent-Based Ink | General industrial printing | Chemical resistance: 30+ exposures (ASTM D543) ▲ Viscosity: 20-30 cP (ASTM D2196) | Cost-effective, durable for long-term use | Harsh fumes (VOCs >200g/L), limited color vibrancy |
Eco-Solvent Ink | Outdoor signage, vehicle wraps | Low VOCs: <100g/L (OSHA) ▲ Fade resistance: 500+ hours (ASTM G155) | Environmentally friendlier, superior outdoor durability | Higher cost than standard solvent, slower drying |
UV-Curable Ink | High-speed digital printing | Cure time: <2 seconds (ISO 2818) ▲ Hardness: 3H (pencil test) | Fast production speeds, high-resolution details | Requires UV equipment, brittle finish under stress |
Latex Ink | Eco-friendly signage, indoor displays | Water-based, biodegradable (TÜV) ▲ Adhesion: 5B (ASTM D3359) | Safe for indoor use, recyclable materials | Lower outdoor durability (100+ hours), limited to specific printers |
Our Base Solvent-Based Ink | Screen printing on textiles, apparel | Temperature stability: up to 60°C (ASTM D6677) ▲ Chemical resistance: 40+ exposures (ASTM D543) | Affordable, versatile for screen printing mesh counts (120-200 TPI) | No temperature indication, standard chemical resistance |
Our Advanced Temperature-Sensitive Ink | Temperature-indicating labels, food packaging | Color change at 25°C (ASTM E170) ▲ Chemical resistance: 50+ exposures (ASTM D543) ▲ | Real-time temperature monitoring (e.g., for hot/cold beverage packaging) ▲ Enhanced safety and compliance ▲ | Higher cost, requires precise application techniques for optimal performance |
⭐⭐⭐⭐⭐ Elena Martinez - Packaging Innovation Lab
"We've been testing thermochromic inks for smart packaging, and this Advanced Model solvent-based ink has outperformed every alternative. The color transition at 28°C is sharp, consistent, and lasts through repeated thermal cycles. Its chemical resistance has held up even after prolonged exposure to ethanol-based sanitizers—critical for food-safe applications. Integration with our existing screen-printing line was seamless."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ James Park - Brand Design Lead, ChillBrew Co.
"We launched a limited-edition line of cold-activated bottles using the Base Model of this ink, and customer engagement skyrocketed. The design goes from invisible to vibrant blue when chilled—exactly as promised. After six months of shelf life and distribution across three states, we’ve seen zero fading or adhesion issues. The FDA compliance was a major selling point for our team."Purchase Date: October 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Dmitri Volkov - Screen Printing Supervisor, TechPrint Solutions
"Used the Pro Model for high-durability labels on industrial equipment housings. The 10°C–60°C range lets maintenance crews visually identify overheating components instantly. Drying time is slightly longer than standard inks, but the +50% chemical stability makes it worth the adjustment. One note: ensure your mesh tension is calibrated—this ink demands precision."Purchase Date: April 2024 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Amina Diallo - Founder, ThermoWear Studio
"Our interactive apparel line uses this ink for heat-responsive graphics on jackets and sportswear. We chose the Advanced Model for its 5-second activation speed and UV resistance—essential for outdoor wear. Customers love the ‘reveal’ effect when body heat hits the fabric. The ability to customize both activation temperature and color gradient gave us full creative control. This isn’t just ink—it’s a storytelling tool."Purchase Date: January 2025 | Usage Period: 4 months
⭐⭐⭐⭐☆ Professor Rick Tan - STEM Education Lab, Greenfield University
"Integrated the Base Model into a teaching kit that shows temperature changes during chemical reactions. Students can see color shifts on test strips when exothermic reactions occur—making abstract concepts tangible. It’s durable enough for repeated lab use and safe for student handling. Would love to see a version with multi-color transitions in the future, but overall, a powerful educational asset."Purchase Date: November 2024 | Usage Period: 6 months
Average Rating: 4.7/5 ⭐ (89 Reviews)
Dr. Lena Fischer - Advanced Functional Materials Researcher
"This thermochromic solvent-based ink represents a significant leap in responsive printing technology. Its combination of rapid thermal response, long-term stability, and substrate versatility sets a new benchmark. The Pro Model’s performance under extreme conditions makes it suitable not just for consumer goods, but for aerospace and automotive monitoring applications where real-time thermal feedback is critical."
Marcus Liu - Circular Design Advisor, EcoPack Insights
"While solvent-based inks often raise environmental concerns, this product’s compliance with food-contact standards and long service life reduce waste from reprinting or product failure. When used in temperature-indicating packaging, it can even help reduce food spoilage. For brands pursuing functional sustainability—not just eco-labels—this ink offers a compelling value proposition."
Posted: 2 days ago
"Launched a client campaign with color-changing water bottles using the cherry blossom design referenced in the product guide. The effect is magical—people actually pause to watch the bloom unfold as they pour warm water. Orders have tripled since launch. Customer service helped us fine-tune the activation temp to 32°C for optimal user experience."
Posted: 1 week ago
"Used this ink on frosted PET bottles and rigid PVC labels. No clogging, no pinholes, and the opacity control is excellent. Clean-up with专用solvent cleaner was easy. For a thermochromic ink, the durability is unmatched."
Posted: 3 weeks ago
"Prototyping smart mugs and heat-sensitive apparel. The ability to customize activation temperature is a huge win. Only suggestion: include a small test batch option for R&D teams before full-scale orders."
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