Contec S.A.的动态

"Flame-Treated Plastic = Stronger Bonds + Durable Coatings. Here's how!" 1. Surface "Activation": The flame briefly raises surface energy, creating active spots that practically pull coatings in for a stronger bond. 2. Mini-Oxidation Magic: The heat introduces polar groups to the surface, especially for challenging plastics like polypropylene. The result? Adhesion levels that otherwise seem impossible. 3. Micro-Texture Boost: Flame treatment adds subtle surface roughness, giving coatings a foothold that reduces peeling and enhances durability. 4. Purification in Seconds: It removes any stubborn contaminants, leaving a pristine surface ready to bond. With flame treatment, you get a cleaner, stronger, and longer-lasting coating on plastic surfaces—ideal for high-performance applications. Have you seen flame treatment in action? Share your experience! ?? #FlameTreatment #PerfectAdhesion #PlasticCoating #SurfaceEngineering #IndustrialCoatings

???????????????? ???????? is the first carbon-absorbing finishing agent. The use of bio-based raw materials, by capturing carbon dioxide from the atmosphere, achieves carbon reduction, improving the CO2 footprint in textile processing. ???????????????? ???????? is a versatile lubricant and can be used as a processing aid: - to reduce thread friction; - to prevent seam damage during sewing; - to withstand compressive shrinkage during the sanforizing/compaction of fabrics. ???????????????? ???????? is also perfectly suited as a performance additive to increase tear and abrasion resistance. In combination with calendaring processes, the product acts as a gloss enhancer to create valuable surface effects. Technical information: https://lnkd.in/eZ9MQqn6 Are you ready to help reduce your carbon footprint? Get in touch with our team through the e-mail [email protected] #grupornm #tcc #chtportugal #polyavinbpen #sustainability #polyethylene

ESPET MB 16 R7 Introducing our advanced solution for easy dyeability with reactive and cationic dyes. Immerse yourself in a world of vibrant, long-lasting colors while championing environmental responsibility. Our process achieves over 90% exhaustion of the dye bath, significantly reducing ETP costs and enhancing efficiency. To know more about our products write to us at: [email protected] #TextileInnovation #EcoFriendlyDyeing #SustainableFashion #EfficientDyeing #GreenTech #Sustainability #CircularEconomy #AdditiveManufacturing #SustainablePackaging #NewBeginnings #ZeroWaste #EcoFriendly #Packaginginnovation #Packagingindustry #EsterIndustries

Beyond my knowledge of chemistry, but when I see huge reductions in the use of precious resources - I'm cheering them on! #FeelGoodFriday "The team has proved that its revolutionary process saves 95 percent of water compared to traditional dyeing methods, cuts energy use by 75 percent, and uses 80 percent fewer dyes and chemicals. No additional step is needed to fix the dye; and it only needs one wash (or sometimes nothing) at the end of the dyeing process, compared to up to seven washes involved in traditional dyeing. https://buff.ly/3I9RTfX #ChemistryWIN #ModernMeadow #SustainableBrands #GreenChemistry

What makes Antimony trioxide such a valuable element in several industrial fields? One above all: its flame-retardant properties! But how does it achieve this? Let’s delve into the details. ?? Flame Retardant Properties: Antimony trioxide itself doesn’t possess inherent flame-retardant capabilities.?However, when combined with halogenated compounds, a powerful synergy emerges.?This mixture effectively reduces flammability and inhibits combustion,? making it essential in fireproof tests for plastic materials. ?? Versatile Applications: Beyond fire safety, antimony trioxide finds applications across diverse industries such as?glass, ceramic, textiles, and many more. Reach out for additional details: https://lnkd.in/dUANism2 #antimony #antimonytrioxide #flameresistant #flameretardant #solarpanel #photovoltaics #plastics #polyurethane #pvccable #flameretardantcoating

?? A simple guide to microplastics and test methods to measure microfibre release in textiles? ?? During laundering, a small portion of fibres within a garment will break, releasing micro fragments which pass through wastewater, into rivers and subsequently to marine environments. This we know is one of the most widespread environmental issues of the world today, but how does this problem occur? "It is estimated between 6,490 to 87,165 tonnes of microfibres per year are released into the environment from natural and man-made textile sources." This article discusses the key definitions of 'microfibers' and 'microplastics', why they pose such an ecological threat, and what brands and retailers are doing to combat this issue to remain in line with The Microfiber 2030 Commitment, as set by The Microfibre Consortium. Read the full article now on the News & Insights section of our website > https://hubs.la/Q02qTpJh0 #Textiles #Microfibre #Microplastics #Washing #Water

What type of plastic is brittle? Brittle plastic is generally defined as plastic that is made of acrylic and can shatter – that is, break into pieces – upon high impact. This includes products such as Plexiglas and Lucite. In contrast, non-brittle plastic is made of polycarbonate and does not usually break, although it can crack and break.

Paper replacement plastic coating coating Coating: hydrophobic, oil-resistant, high and low temperature resistant, blistering resistant, aging resistant, stain resistant. Anti-bending, anti-scratch and wear-resistant, high toughness and resistance to cracking. Glossiness greater than 70 degrees Green, environmentally friendly, recyclable and recyclable.

During the lifecycle of paint, the product experiences leakage, wear, and tear, leading to significant pollution. With paints containing an average of 37% plastic polymers, it is estimated that of the 2.3 million tons of plastic polymers used in #EU paints in 2019, approximately 21% leaked into the environment as #microplastics. ? Current #EU Union legislative measures, such as the REACH Regulation, aim to address this issue by restricting the intentional addition of microplastics in products, including paints. To combat paint's environmental impact, Calyxia developed Calyshield, a #microcapsule that boosts abrasion resistance and reduces #MicroplasticPollution. Our microcapsules offer enhanced performance and broader environmental benefits, such as: ? Energy Savings: The use of catalysts allows for lower-temperature curing, reducing energy consumption. ? Enhanced #Durability: Improved abrasion and scratch resistance by up to 10 times, offering full protection against degradation, hydrolysis, oxidation, and cross-reaction. ? Aesthetic Preservation: Maintained appearance of painted surfaces over time, even under severe abrasion. ? Advanced Functionality: Calyshield #microcapsules decrease the coefficient of friction by over 65%, enhancing surface lubricity and water resistance. If you wish to know more, visit our product landing page????https://lnkd.in/gTUdm6vb *P.10

Ever find yourself in a tricky situation where you're not sure what the substrate is you are removing mould off? What do you do in this situation? Have you ever tried Mould Remover? An ecolabel GECA certified, mould killer based on hydrogen peroxide boosted with a secondary mouldicide. This product is safe on nearly all surfaces. For natural and delicate fibers, like wool & cotton, pretest in an inconspicuous place for chemical sensitivity. Find out more. https://hubs.ly/Q02sDyLj0 Watch: How to remove mould off carpets. https://hubs.ly/Q02sDwZ80 P: 1800 108 800 E: [email protected] #actichem #mouldremoval #moldremediation #mouldremediation