© 2026 Anhui Liwei Chemical Co., Limited,
All Right Reserved
|
HS Code |
520441 |
| Product Name | Matcha Green Masterbatch |
| Color | Matcha Green |
| Form | Pellets |
| Base Resin | Polyethylene |
| Application | Plastic coloring |
| Heat Resistance | Up to 260°C |
| Dosage Ratio | 2-5% |
| Light Fastness | Good |
| Compatibility | Injection molding, extrusion |
| Moisture Content | <0.2% |
| Dispersion | Uniform |
| Toxicity | Non-toxic |
| Storage Conditions | Cool, dry place |
| Shelf Life | 12 months |
| Packaging | 25kg bag |
As an accredited Matcha Green Masterbatch factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Matcha Green Masterbatch is packaged in a durable 25 kg white polypropylene bag, clearly labeled with product name and batch details. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Matcha Green Masterbatch: 20,000 kg packed in 25 kg bags, secured on pallets for safe transport. |
| Shipping | **Shipping for Matcha Green Masterbatch:** The product is securely packed in 25 kg PE-lined bags or customized packaging upon request. It is shipped on pallets to prevent damage, ensuring product integrity during transit. Store and transport in a cool, dry place, away from direct sunlight and moisture. Standard lead time: 7–14 days. |
| Storage | Matcha Green Masterbatch should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. Keep containers tightly sealed when not in use to prevent contamination and degradation. Avoid exposure to extreme temperatures and incompatible materials. Maintain the storage temperature between 5°C and 30°C for optimal stability and product quality. |
| Shelf Life | Matcha Green Masterbatch has a shelf life of 24 months when stored in a cool, dry place away from direct sunlight. |
Competitive Matcha Green Masterbatch prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615365186327 or mail to sales3@liwei-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@liwei-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Manufacturing colored plastics isn’t just a step on the assembly line. Color matches tell their own stories, especially in sectors where end customers care about vibrancy and consistency. Our Matcha Green Masterbatch, developed after extensive trials with local and multinational converters, reflects the popularity and cultural resonance of green shades in packaging, consumer goods, and homewares. We see—from direct feedback and constant sample evaluations—how this particular shade drives aesthetic appeal and brand recognition.
Model: MatchaGreen-MB38
Form: Pelletized concentrate
Carrier resin: Polyolefin-based systems (PP, PE, HDPE, LDPE)
Recommended addition rate: 2-4% by weight
We chose the Matcha label not only for its visual similarity to finely ground tea, but also for the associations it brings: freshness, reliability, and contemporary taste. Over the last five years, the demand for nuanced greens increased sharply, driven by both environmental branding and trend forecasting among our direct buyers—mainly injection molders, film extruders, and blow molders.
We spent over a year reviewing green pigment chemistries. Early prototypes using generic phthalocyanine green could not achieve the low-warbler undertones sought by designers. Many, especially in the household plastics sector, want a true pastel without excessive blue or yellow hues. After dozens of iterations, our blend settled on a stabilized organic green (PY180), supplemented by titanium dioxide and specialty dispersants. This combination delivers the muted, creamy shade recognized in modern food-grade packaging and reusable drinkware.
Color strength, stability under heat stress, and compatibility with recycled feedstocks remain non-negotiable. Molders noticed that earlier green masterbatches from third parties often showed color drift after multiple recycling cycles. Our current formula takes advantage of low-migration pigment technologies, verified in our labs over 1,200 hours of accelerated weathering and thermal aging. What we see is a tight color window: less than 1.0 delta E variation across batches and consistent gloss levels after molding.
Compounding tests reveal that Matcha Green Masterbatch resists plate-out, which reduces downtime on customer machinery. We’ve measured less than 0.02% extractables, well below industry safe limits for food-contact compliance. This matters most to buyers in medical and kitchenware lines, who face third-party migration testing and consumer scrutiny.
Our mixers run continuous twin-screw lines dedicated to color masterbatch. To prevent cross-contamination—especially after dark or carbon-based runs—our cleaning protocol involves sequential purging with high-viscosity resin and inspection cycles. Granule tint stays even across different carrier types, thanks to in-line spectral control. Our technicians monitor color drift with calibrated reflectance meters, not just at the extruder hopper but on molded test chips sampled throughout every shift. This attention to real-world results gives us confidence to guarantee batch-to-batch accuracy.
We encountered real bottlenecks at scale. Early production lots ran into minor agglomeration that led to resin haze, identified while packaging bulk bags in our own warehouse. Extensive feedback from a long-term customer—a medical consumables molder—prompted adjustments in dispersant ratios and increased feed zone temperatures. The current batch shows consistently fine dispersion, measured at 3-4 Hegman on our in-house grind test.
Older green masterbatches often use basic copper phthalocyanine blends. These options appear vivid in pure form but do not always deliver subtle, pastel-like tones favored in personal care packaging or minimalist designs. Conventional greens may have visible yellowing under repeated heat processing or when resin grades fluctuate in quality. We frequently receive samples from processors using recycled post-consumer resins, and conventional masterbatch formulas tend to amplify dustiness or uneven color patches in those circuits.
Matcha Green, on the other hand, displays stable color character even with up to 60% recycled content in the base resin. We have tracked this in multiple customer lines—water bottles, detergent caps, food trays—by producing sample runs with varying scrap input. Color pickup looks even and fresh, with no visible speckling or haze. Our work with high-load pigment loading (up to 38%) allows processors to dilute more flexibly, extending the usage window and controlling overhead in lean manufacturing setups.
Heat stability is another key difference. Many color concentrates display pigment degradation at processing temperatures above 260°C. Matcha Green Masterbatch consistently survives higher temperatures, so it suits not only standard injection and extrusion but also specialized applications, like PET bottle handles or high-gloss PP retort lids. Melt flow measurements on compounded samples remain predictable, ensuring end products meet downstream processing requirements without gel formation.
Years spent working directly with processors taught us that packaging visual appeal matters just as much as function. Our technical support team runs pilot-scale lines, producing test articles that simulate customer parts. This hands-on approach uncovered problems that do not always surface in lab granules alone. For example, one major thermoformer found streaking at necked zones in deep-drawn trays using matcha green. Working alongside their engineers, we fine-tuned the dispersion package and ran new samples until surface quality stabilized, even under fast sheet draw speeds.
Supplying color isn’t about one-off sales. Processors return to us because they see fewer rejections from their own clients and faster machine cleaning cycles. Over the last year, we introduced a recycled-content compatible grade, letting high-green PCR grades show strong shade pickup without excessive pigment cost. Factory staff appreciate pellet shape and hardness that resists dusting—a simple change, but one that saves time in feed hoppers and keeps gravimetric feeders running at correct settings.
The regulatory side of our business gets more complex every year. Our compliance team tracks not only food-contact safety under FDA and EFSA frameworks, but also local RoHS and REACH requirements for heavy metal content. We work with pigment vendors who can demonstrate documented supply chains and routine lot analysis for banned substances. Large multinational brands ask for documentation packages and batch analysis; our masterbatches support these needs with real-world test certificates, not just technical data sheets.
Beyond regulation, most of our buyers want to tell their own green stories—not just through color, but by backing up claims with responsible sourcing and transparency. Matcha Green Masterbatch’s pigment blend avoids traditional chromium and lead-based compounds common in legacy formulations. We conduct regular audits on supply chains to ensure pigmented resins meet safety benchmarks, and participate in brand customer evaluations, offering transparency in our formulation and batch records.
As brands move to PCR, compostable plastics, and bio-based resins, some colorants struggle with compatibility or weather difficulties under different processing conditions. In our in-house tests, Matcha Green shows long hold color fastness both in standard polyolefins and newer plant-based PE and PP blends. These ongoing trials matter, especially as rapid innovation continues in sustainable packaging markets.
Direct engagement with our converters means we don’t operate by guesswork. Years ago, a major cap molder sought a pastel green for limited-edition sports bottles. They wanted a tactile look without sacrificing throughput. We worked directly on their pilot lines, tested high-load Matcha Green Masterbatch, and saw how fast color changeovers shortened downtime. Our know-how guided their toolmakers to avoid gate marks that can mar colored surfaces in thick-walled parts. That feedback cycle sharpened our future product designs and set the standard for ongoing improvements.
Some processors find color drift in off-grades, while our masterbatch maintains hue due, in part, to rigorous control over every incoming lot of pigments and carrier. Our tracking system lets us identify and trace any variation back through the supply chain. Instead of offering generic solutions, we submit full compounding data and allow customers to view extrusion runs at our test facility. We welcome process engineers from our buyers to bring their own base resins and trial blends on our equipment. This openness accelerates final adjustments and deepens customer confidence in formulation fitness.
One pain point in the plastics colorant industry is the prevalence of color mismatches between samples and final production. In our plant, we learned that relying only on bench-scale mixers is a mistake. Color pick-up can change dramatically at production rates and with real-world resins containing recycling contamination or minor batch differences. Each new lot of Matcha Green undergoes full-spectrum tests at both laboratory and pilot-scale extrusion. At least 30 sample chips made using our reference molders get reviewed by three technicians—a discipline borrowed from the automotive sector.
Dust generation during masterbatch transport and feeding emerges as another operational issue. Bulk feeding lines often produce airborne particles that add to factory cleaning burdens or create uncertainty in pigment dosing. To tackle this, we enhanced our pelletization stage, increasing surface hardness and adjusting particle sizing to match high-throughput gravimetric feeders on modern molding lines. Our customers report decreased dust buildup on blending hoppers, a small shift that still frees up staff time and reduces material loss.
A bottle processor in Southeast Asia adopted our Matcha Green to replace an earlier generic green masterbatch. Production teams noted better sidewall gloss and minimal streaking at blow necks. Their procurement department shared color panels with end customers—large beverage brands—who signed off without lengthy color-match iterations. In their post-pilot surveys, line workers appreciated the ease of color changeovers, citing less purging required between runs. This feedback echoed in similar facilities, from cap molders in the Middle East to consumer goods factories in Eastern Europe.
Thermoformers, traditionally cautious about green tones because of streaking and plate-out issues, report back with images of shelf-ready trays showing the desired pastel surface quality even on thin-walled packaging. Their technical managers appreciate the predictability in every bulk shipment, matching both the marketing needs for trendy color launches and the cost reality in high-output facilities. We see, quarter after quarter, that customer retention follows where product experience reflects daily factory needs—not abstract promises on a spec sheet.
Processors interested in adding Matcha Green Masterbatch to their lines always ask how it fits within their operating setup. Our technical staff encourage small pilot trials, using specific addition rates suited for individual product line needs. Injection molding, extrusion, and blow molding each carry their own set of expectations, affected by resin type, pigment compatibility, and end product inspection criteria.
We share practical data drawn from our own runs: in injection-molded caps and closures, 2% masterbatch achieves a dense pastel without visible swirling. For thin profile film, 3% addition gives robust color while preserving transparency targets or glossy surface requirements. For reprocessed PCR or mixed-resin streams, pigment load up to 4% helps mask base resin variability and color contaminants, a common concern in post-consumer applications.
Getting the best results means close coordination between factory supervisors and our technical service team. Where possible, we encourage joint review of sample chips and process settings, especially during first introductions of the masterbatch. Problems sometimes arise when changing supplier feedstock or updating process temperatures—sharing these experiences quickly resolves unexpected color drift or material interaction issues.
As plastics recycling rates expand, color consistency and compatibility rise to the top of buyer concerns. Many processors use reclaimed material to meet customer sustainability demands or regulatory guidelines. Typical color masterbatches tend to spotlight shade variability or produce unintended tones when exposed to the unknowns of post-consumer resin. We invested in continual dialogue with resin suppliers and regularly adjust our masterbatch formulations to anticipate and accommodate resin shifts.
Labor shortages in factories lead to less detailed routine maintenance on feeder lines and blending systems. Our experience supporting clients through this prompted us to refine both the dust index of our masterbatch and the shelf stability of our shipments, increasing downstream ease-of-use and reducing operator intervention. Customers have commented on the time saved during both feeding and end-of-run cleaning because of these incremental enhancements.
Another challenge comes from the increasingly tight regulations governing colorants, especially those used in medical, infant care, or food-contact applications. We stay in front of these trends, prioritizing regular updates to compliance dossiers and preempting formulation changes where even trace contaminants are suspected.
Market feedback guides us more than any industry forecast or search for novelty. Interest in earthy, calming shades only grows as consumer product marketers follow shifting lifestyle trends. We anticipate greater demand in both flexible packaging and durable goods for shades drawn from organic and nature-inspired source material—Matcha Green being one such hue.
Development continues. Our R&D team currently collaborates with bioplastics formulators and specialty appliance brands to tailor Matcha Green for specialty resin compatibility—not just existing polyolefins but also newly commercialized plant-based blends. Aiming for even lower migration rates, we constantly review available dispersants and stabilizers, focusing on those with a proven record and clear documentation from reputable global suppliers.
Our customers understand the difference between theoretical features and what works under real-world processing. Every new masterbatch grade we launch receives not only lab validation but also field trialing on customer lines. We view complaints and production snags as valuable data points; every return or issue prompts a rapid root-cause analysis, leading to incremental changes in subsequent production runs.
Serving as a direct manufacturer lets our team draw lessons from the plant floor upwards. Problems surface not in idle claims, but in actual machine hours, operator comments, and output inspection. We believe every batch of Matcha Green Masterbatch represents this lived-in experience: a blend refined by repeated feedback, continuous testing, and transparent supply partnerships.
Our customers reward these efforts with loyalty that spans years and product cycles. We see their success mirrored in market-ready packaging, attractive goods, and new shade introductions that keep pace with evolving consumer tastes. Technical challenges become growth opportunities—not obstacles—when tackled head-on as partners. Real solutions in color compounding start here, at the intersection of familiarity with plastics processing and a commitment to getting better with every ton we send out.
