Head-to-head pigment and chemistry comparisons
TL;DR: Both are copper phthalocyanine blue. Same molecule, different crystal. PB15:1 is alpha — reddish shade, lower crystallinity, easier to disperse. PB15:3 is beta — greenish shade, high crystallinity, won’t flip phase at 200°C. Use PB15:1 in solvent inks and liquid coatings. Use PB15:3 in powder coatings and engineering plastics. Pick wrong, and you get … Read more
Introduction: PY83 and PY12 Are Both Diarylide Yellow Pigments Pigment Yellow 83 (PY83) and Pigment Yellow 12 (PY12) are two widely used Diarylide Yellow organic pigments. Both pigments are known for their bright yellow shades, good color strength, and cost-effectiveness, making them popular choices in printing inks, plastics, and other industrial applications. However, despite belonging … Read more
DPP vs Quinacridone Pigments: Performance, Cost, and Application Guide Engineer-grade comparison for high-performance organic pigments: chemical stability, color strength, and total cost of ownership. Contents 1. Chemistry & Molecular Structure 2. Performance Comparison Table 3. Application Matrix by Industry 4. Total Cost Analysis 5. FAQ (3 Questions) Request Free Trial Pack 1. Chemistry & Molecular … Read more
PR48:2 vs PR57:1: Which Red Pigment for Your Ink System Your offset ink for a high-speed web press just had a viscosity spike at 40°C because you substituted PR57:1 where PR48:2 was specified—wasting 2 hours of press time and 200 kg of substrate. That single mix-up costs approximately $1,200 in downtime alone, based on … Read more
DPP vs Quinacridone Pigments: Performance, Cost, and Application Guide Engineer-grade comparison for high-performance organic pigments: chemical stability, color strength, and total cost of ownership. Contents 1. Chemistry & Molecular Structure 2. Performance Comparison Table 3. Application Matrix by Industry 4. Total Cost Analysis 5. FAQ (3 Questions) Request Free Trial Pack 1. Chemistry & Molecular … Read more
PR48:2 vs PR57:1: Which Red Pigment for Your Ink System PR48:2 vs PR57:1: Which Red Pigment for Your Ink System Your offset ink for a high-speed web press just had a viscosity spike at 40°C because you substituted PR57:1 where PR48:2 was specified—wasting 2 hours of press time and 200 kg of substrate. That single … Read more
PV23 vs PV19 Comparison Guide PV23 Loses 50% of Its Chroma After 1,000 Hours of QUV-B Exposure. PV19 Loses 3%. That One Data Point Determines Whether Your Violet Coating Still Looks Violet at Year 3. You are a procurement manager at a packaging inks company. Your client, a luxury cosmetics brand, demands a violet shade … Read more
PR48:2 vs PR57:1: Which Red Pigment for Your Ink System PR48:2 vs PR57:1: Which Red Pigment for Your Ink System Your offset ink for a high-speed web press just had a viscosity spike at 40°C because you substituted PR57:1 where PR48:2 was specified—wasting 2 hours of press time and 200 kg of substrate. That single … Read more
DPP vs Quinacridone Pigments: Performance, Cost, and Application Guide Engineer-grade comparison for high-performance organic pigments: chemical stability, color strength, and total cost of ownership. Contents 1. Chemistry & Molecular Structure 2. Performance Comparison Table 3. Application Matrix by Industry 4. Total Cost Analysis 5. FAQ (3 Questions) Request Free Trial Pack 1. Chemistry & Molecular … Read more
DPP vs Quinacridone Pigments: Performance, Cost, and Application Guide Engineer-grade comparison for high-performance organic pigments: chemical stability, color strength, and total cost of ownership. Contents 1. Chemistry & Molecular Structure 2. Performance Comparison Table 3. Application Matrix by Industry 4. Total Cost Analysis 5. FAQ (3 Questions) Request Free Trial Pack 1. Chemistry & Molecular … Read more