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SILIKE’s Fluorine-Free Solutions: Pioneering the Green Transformation of the Modified Plastics Industry
Introduction: Material Innovation Empowering the Green Transformation As material innovation accelerates, industry collaboration has become a critical path for driving high-quality development in the modified plastics sector. The 2026 Compounding Innovation Conference, held recently in Suzhou, Ch...Read more -
EU PPWR Compliance Update: Commission Publishes Implementation Guidance & PFAS-Free Solutions
Brussels | March 30, 2026 – The European Commission has released the final interpretative guidance and FAQs for the Packaging and Packaging Waste Regulation (PPWR), officially designated as Regulation (EU) 2025/40. Having entered into force on February 11, 2025, the PPWR is set for full applicati...Read more -
Snapelastomer for EVA — Solving the Slip vs Wear Trade-off in EVA Foam Sole Systems
A Breakthrough Solution for EVA Shoe Sole Materials EVA foam remains one of the most widely used materials in modern footwear, especially for midsoles and lightweight sole systems. However, EVA formulations have long faced a critical limitation: • Improving abrasion resistance often reduces surfa...Read more -
Solving Blocking and Unstable Slippage in EVA Bags and Low-Melt EVA Bags for the Rubber Industry
Why EVA Dosing Bags /Low Melt EVA Bags for Rubber Additives Block Over Time (18–24% VA) and How to Achieve Stable Slip Performance? • Blocking in EVA dosing bags/Low Melt EVA Bags is mainly caused by additive migration, not a lack of slip • Conventional slip agents rely on migration to the surfac...Read more -
12th Shoe Materials Forum 2026 – Latest Shoe Tech and Footwear Material Innovations application
Live from the 12th Shoe Materials Industry Forum, March 27, 2026| Jinjiang, China – Latest Shoe Tech, Material Innovations & Applications The global footwear materials market continues to grow steadily, driven by rising health awareness, widespread sports culture, and demand for performance-d...Read more -
Sole Tech & Shoe Innovation 2026: Maximizing Footwear Durability, Comfort & Sustainability
2026 Footwear Trends: From Fast Performance to Long-Term Value In 2026, footwear innovation is shifting from “faster at all costs” to a more balanced focus on: ♦ Long-term durability ♦ Biomechanical efficiency ♦ Sustainable material systems While carbon plates and super foams remain relevant, the...Read more -
Eliminate White Powder in Composite Films with SILIKE Non-Migratory Slip Technology
The Hidden Challenge in High-Speed Plastic Film Production In high-speed composite film production, manufacturers often encounter white powder precipitation on film surfaces, especially in BOPE, CPE, and polypropylene films. This issue affects: • Food and pharmaceutical packaging safety • Laminat...Read more -
How SILIKE Silicone Additives Improve Surface Lubricity and Performance in TPE, TPU, and Other Plastics
Struggling with Surface Friction, Wear & Processing Issues in Plastics? In modern plastic manufacturing, especially for TPE, TPU, and engineering plastics, surface performance is no longer optional—it directly impacts: • Product quality • Production efficiency • Customer satisfaction Common C...Read more -
PFAS-Free PPA vs Traditional Fluoropolymer PPA: Sustainable Processing Solutions for Plastics Manufacturers
Why the Plastics Industry Is Moving Toward PFAS-Free Processing Aids In recent years, PFAS regulations have become a major topic across the global plastics industry. Governments and environmental agencies are increasingly restricting per- and polyfluoroalkyl substances (PFAS) due to their persist...Read more -
Tree Planting Day 2026: How SILIKE Advances Green Manufacturing with PFAS-Free Additives and Si-TPV Materials
Spring Brings New Life – Celebrating Tree Planting Day 2026 It’s the tree-planting day again. On March 12, 2026, Chengdu SILIKE Technology Co., Ltd. celebrated its annual Tree Planting Day at the Factory Zone, bringing together employees from R&D, production, sales, marketing, and inter...Read more -
Top Silicone Additives Manufacturer for High-Performance Plastics
Introduction In plastics manufacturing, improving processing efficiency and surface performance is a key challenge for polymer processors. To address these issues, many manufacturers rely on silicone additives, which play a critical role in enhancing polymer processing and improving final product...Read more -
How to Replace Fluoropolymer PPA in Blown Film Extrusion (PFAS-Free Solution Guide)
Introduction: Why the Blown Film Industry Is Moving Away from Fluoropolymer PPA？ With increasing regulatory pressure on PFAS substances in the U.S. and Europe, many film manufacturers are re-evaluating their reliance on fluoropolymer-based processing aids (PPAs). Companies using traditional fluo...Read more -
Mastering PA66 Processing: Overcoming Manufacturing Challenges with SILIKE’s Silicone Additives
The Legacy and Challenges of Nylon-66 On February 28th, 1935, a groundbreaking achievement in materials science occurred when American scientist Wallace Hume Carothers successfully synthesized Nylon-66, a polyamide with remarkable properties. With its high melting point of 263°C, exceptional resi...Read more -
How SILIKE SILIMER PFAS-Free PPAs Solve Your Extrusion Problems & Help You Stay Ahead of Regulations
Are you facing common extrusion challenges like melt fracture, shark skin, or die build-up in your PE/PP film, pipe, fiber, or profile production lines? These issues are not only frustrating but can also slow down production, increase downtime, and degrade surface quality. PFAS-free processing ai...Read more -
Silicone Powder Processing Aid Improve Mold Release, Reduce Torque, and Enhance Surface Quality
Solutions for PA GF30, Modified PP Compounds, and Home Appliance ABS Engineers Are Searching for These Answers Every Day “How to reduce glass fiber protrusion on PA6 GF30?” “Why is torque so high in filled PP compounds?” “How to improve scratch resistance of ABS housings?” “Is there a non-bloomin...Read more -
From V2 to V0: Hyperdispersants Boost Performance of Flame Retardant Masterbatches and Compounds
Hyperdispersants Are Reshaping Flame Retardant Masterbatch Performance Poor flame-retardant performance in masterbatch and compound formulations is increasingly caused by inefficient dispersion rather than insufficient additive loading. Improving dispersion efficiency through hyperdispersants ena...Read more -
Why Is Transparent Nylon Difficult to Extrude — and Which Lubricants Actually Work for Cable Compounds?
Transparent nylon (such as PA6, PA66, PA12, and copolyamides) is increasingly used in wire and cable applications where mechanical strength, heat resistance, electrical safety, and visual inspectability are all required. Typical examples include THHN, THHWN, BVN, and BVNVB cable jackets or insula...Read more -
LSZH Wire and Cable Compounds Solutions with SILIKE Silicone Additives
Why High-Filler LSZH Extrusion Often Fails? LSZH (Low Smoke Zero Halogen) cables are widely used in construction, transportation, and telecom applications for their low smoke emission and halogen-free safety performance. However, when ATH or MDH filler loadings increase in LLDPE or EVA systems, e...Read more -
PFAS-Free PPA Solution for Polyolefin Blown Film Extrusion
What Is Polyolefin Blown Film Extrusion? Polyolefin blown film extrusion is widely used to produce packaging films for food, consumer goods, industrial liners, agricultural films, and protective packaging. Modern blown film production increasingly requires thin gauge films, high output rates, smo...Read more -
PFAS-Free Processing Aid Solution for Five-Layer Polyolefin FFS Heavy-Duty Packaging Films
What Is Five-Layer Polyolefin FFS Heavy-Duty Packaging Film? Five-layer polyolefin Form-Fill-Seal (FFS) heavy-duty packaging films are widely used for packaging rice, fertilizers, chemicals, construction materials, and other bulk products. These films require high mechanical strength, excellent p...Read more -
PFAS-Free Polymer Processing Aids for CPP Films Boost Extrusion Efficiency Without Compromising Film Quality
Why the Packaging Industry Is Moving Toward PFAS-Free CPP Films？ The global packaging industry is rapidly transitioning toward PFAS-free materials. Tightening environmental regulations, brand sustainability commitments, and increasing consumer awareness are accelerating the demand for fluorine-f...Read more -
High-Transparency TPU Demolding Solution
High-transparency TPU has become a preferred material for consumer electronics, wearable devices, protective gear, and medical components. Its exceptional clarity, flexibility, abrasion resistance, and biocompatibility make it a versatile choice. Yet manufacturers working with transparent TPU fil...Read more -
How to Improve Spout Pouch Cap Torque and Opening Feel
Spout pouch packaging continue to expand across food, beverage, personal care, household, and baby nutrition markets. As brands emphasize usability, safety, and consumer experience, the opening torque of spout caps has become a critical performance metric—impacting both end-user satisfaction and ...Read more -
How Footwear Manufacturers Can Improve Durability and Comfort with Anti-Abrasion Solutions
Footwear manufacturers are under increasing pressure to build shoes that last — not just look good on day one. Daily friction, harsh weather, and demanding environments can quickly wear out midsoles and outsoles, causing discomfort, safety risks, and unexpected product returns. Today, abrasion re...Read more -
Optimize TPU Cable Jackets: High-Performance Compound Formulations for Matte and Scratch-Resistant Surfaces
Introduction: The Challenge of TPU Cable Jackets TPU cable jackets are widely used in consumer electronics, wearable devices, and industrial cabling, offering flexibility, durability, and soft-touch aesthetics. However, manufacturers often face persistent challenges: → Matte surfaces turning glos...Read more -
PFAS-Free Blown Film Processing Additives | Stable Film Production with Manufacturer-Direct Pricing
As global regulations on PFAS-based polymer processing aids (PPAs) tighten, polyethylene (PE) blown film and multilayer film manufacturers face increasing pressure to transition to safer, high-performance, and environmentally compliant alternatives. Forward-thinking companies are already position...Read more -
Flame Retardant Masterbatches Improved with SILIMER 6600: Higher FR Efficiency, Better Dispersion, Stronger Polymer Properties
Why Fire Safety Remains a Critical Issue in Plastics and Fibers In modern plastic and fiber manufacturing, fire safety is more than a compliance requirement—it’s a direct factor affecting product reliability and brand reputation. Yet traditional flame-retardant approaches often create new problem...Read more -
SILIKE SILIMER PFAS-Free PPA Optimize HDPE & MDPE Pipe Extrusion for Superior Quality and Efficiency
Facing Die Build-Up, Rough Surfaces, and Low Output? Here’s the PFAS-Free Way to Solve It. HDPE and MDPE pipes form the backbone of modern water infrastructure — delivering safe, durable, and high-pressure performance. Yet during extrusion, manufacturers often face recurring issues: die build-up,...Read more -
PFAS-Free Synthetic Turf Solutions | Eco-Friendly Artificial Grass and Non-PFAS Additives
This article delves into the key challenges and difficulties faced by the synthetic turf industry in achieving a “PFAS-free” transition, with a focus on innovative non-PFAS additive solutions designed to offer a sustainable path that balances high performance, safety, and environmental responsibi...Read more -
How to Solve Pigment Agglomeration and Improve Dispersion in Plastic Color Masterbatches
In the plastics industry, color masterbatch is the most common and efficient method for coloring polymers. However, achieving uniform color distribution remains a persistent challenge. Uneven dispersion not only affects product appearance but also reduces mechanical strength and production effici...Read more -
Solutions to Improve the Durability, Processing, and Stability of PA66 GF Thermal Break Strips
Aluminum alloy windows and doors are widely used in modern architecture due to their elegant appearance, strength, and corrosion resistance. However, aluminum’s high thermal conductivity is an inherent drawback — it causes heat to pass quickly in summer and escape rapidly in winter, turning windo...Read more -
Silicone Powder Enhance Processing Efficiency and Surface Quality in Thermoplastics and Engineering Plastics
Silicone Powder: A Key Additive to Enhance Thermoplastic & Engineering Plastics Processing Introduction: Common Challenges in Plastic Processing In thermoplastic and engineering plastics processing, manufacturers often encounter several persistent challenges: High friction increases processin...Read more -
What Is TPU 3D Printer Filament? Challenges, Limitations, and Processing Improvements
Introduction What Is TPU Filament in 3D Printing? This article explores the manufacturing challenges, limitations, and effective methods to improve TPU filament processing. Understanding TPU 3D Printer Filament Thermoplastic Polyurethane (TPU) is a flexible, durable, and abrasion-resistant polyme...Read more -
India May Ban PFAS in Food Packaging: PFAS-Free Solutions for Packaging Manufacturers
India Considers Banning PFAS in Food Packaging: What Manufacturers Should Know The Food Safety and Standards Authority of India (FSSAI) has proposed major amendments to the Food Safety and Standards (Packaging) Regulations, 2018. This draft, released on 6 October 2025, signals a potential ban on ...Read more -
When Slip Agents Weaken Your Plastic Bag’s Heat Seal — There’s a Better Way
Why Is the Heat Seal of Your Plastic Bag Weak? 4 Root Causes of Plastic Bag Sealing Failure and Proven Solutions from SILIKE Introduction: The Hidden Cost of Poor Heat Seal Strength In modern packaging production, weak or inconsistent heat seals remain one of the most common yet costly quality is...Read more -
Solving Squeak Challenges in PC/ABS Automotive Interior Parts — SILIKE Anti-squeak Additive SILIPLAS 2073
What Causes Squeaking in PC/ABS Automotive and EV Parts? Polycarbonate (PC) and Acrylonitrile-Butadiene-Styrene (ABS) alloys are widely used for automotive instrument panels, center consoles, and decorative trims due to their excellent impact strength, dimensional stability, and weather resistanc...Read more -
SILIKE Showcases PFAS-Free and Silicone-Based Innovations at K Show 2025 — Empowering Sustainable Transformation Across the Plastics Industry
SILIKE Returns to K Show 2025 — Innovating Silicone, Empowering New Values Düsseldorf, Germany — October 8–15, 2025 Three years after our last meeting in Düsseldorf, SILIKE returns to K Show 2025, the world’s No. 1 trade fair for plastics and rubber. Just as in 2022, our representatives once agai...Read more -
Optimizing LSZH Cable Compound Manufacturing: Key Processing Challenges and Solutions
Facing High Torque, Die Drool, or Poor Flow in LSZH Cable Compounds? Low Smoke Halogen-Free (LSZH) cable materials are increasingly vital for modern cable safety and sustainability. Yet, achieving excellent processability remains a challenge. The heavy use of flame-retardant fillers—such as alumi...Read more -
How to Improve Wear Resistance in EVA Shoe Soles: Silicone-Based Anti-Wear Additive Solutions
Industry Challenge: EVA’s Wear Resistance Problem EVA (ethylene-vinyl acetate) has become the backbone of modern footwear thanks to its lightweight comfort, excellent cushioning, and flexibility. From midsoles to outsoles, EVA provides a smooth wearing experience. Yet for manufacturers, one criti...Read more -
Effective processing additives for High-Load ATH/MDH Flame-Retardant Polyolefin Compounds in Cable Applications
Introduction: Solving High-Load ATH/MDH Flame-Retardant Polyolefin Compounds Processing Challenges In the cable industry, stringent requirements for flame retardancy are essential to ensure the safety of personnel and equipment in the event of a fire. Aluminum hydroxide (ATH) and magnesium hydrox...Read more -
Pipes for Aquaculture and Fish Farming: Tackling Wear and Friction Challenges
Modern aquaculture and fish farming heavily rely on efficiency, consistency, and system reliability. One of the most critical components is the automatic feeding system, where pipes transport feed from storage silos to fish cages or ponds. Traditional pipes, such as PVC, cement, or steel, have in...Read more -
PE Film Extrusion Die Buildup: Causes and Effective Processing Additives Solutions
In polyethylene (PE) film extrusion, die buildup and carbonized deposits are common challenges that reduce production efficiency, compromise film surface quality, and increase downtime. These problems are especially prevalent when using masterbatches with poor demolding properties or insufficient...Read more -
PA/GF Injection Molding Solutions: Improve Flow, and Reduce Glass Fiber Exposure with Silicone Additive
Introduction: The Persistent Challenges of PA/GF Materials Glass fiber reinforced polyamides (PA/GF) are a cornerstone in modern manufacturing due to their exceptional mechanical strength, heat resistance, and dimensional stability. From automotive components and consumer electronics to aerospace...Read more -
Hydrophobic PE-RT & PE-X Floor Heating Pipes | Anti-Scaling Solutions with SILIKE Silicone Additives
Introduction: The Growing Demand for Efficient Heating Systems As modern construction trends shift toward energy efficiency and sustainability, low-temperature radiant floor heating has become one of the fastest-growing heating solutions. It offers uniform heat distribution, improved comfort, spa...Read more -
Silicone Additives for TPU Cables | Durable & Soft-Touch EV Cable Solutions
The rapid growth of the new energy industry—from electric vehicles (EVs) to charging infrastructure and renewable energy—has created higher performance demands on cable materials. Thermoplastic Polyurethane (TPU) is increasingly favored over PVC and XLPE due to its flexibility, durability, and ec...Read more -
How to Improve the Wear Resistance of TPE Car Floor Mats with Silicone Additives?
Introduction: Why TPE Car Floor Mats Are Popular but Challenging? Thermoplastic Elastomer (TPE) car floor mats have become a preferred choice for automakers and consumers thanks to their unique blend of flexibility, durability, and eco-friendliness. Compared with traditional rubber mats, TPE mats...Read more -
K 2025: Which Innovative Ideas Will Lead to the Next Generation of Polymer Solutions?
Why K 2025 Is the Must-Attend Event for Plastics and Rubber Professionals Every three years, the global plastics and rubber industry comes together in Düsseldorf for K – the world’s most prominent trade fair dedicated to plastics and rubber. This event serves not only as an exhibition but as a pi...Read more -
PE Film Manufacturing Solutions: SILIMER 5064 MB2 for Slip, Anti-Blocking & Higher Efficiency
Introduction Polyethylene (PE) blown film production is a widely used manufacturing process for producing plastic films applied in packaging, agriculture, and construction. The process involves extruding molten PE through a circular die, inflating it into a bubble, and then cooling and winding it...Read more -
PFAS-Free Polymer Processing Aids: Global Regulations, Industry Challenges, and Sustainable Alternatives for Extrusion
PFAS—often called “forever chemicals”—are under unprecedented global scrutiny. With the EU’s Packaging and Packaging Waste Regulation (PPWR, 2025) banning PFAS in food-contact packaging starting August 2026, and the U.S. EPA PFAS Action Plan (2021–2024) tightening limits across industries, extrus...Read more -
What Is Sharkskin in Polymer Extrusion? Causes, Solutions & PFAS-Free Processing Aids
Sharkskin (melt fracture) affects polymer extrusion quality and efficiency. Learn its causes, traditional solutions, and why fluorine and PFAS-free polymer processing aids like SILIKE SILIMER Polymer Processing Aids are the sustainable alternative. What is sharkskin or surface melt fracture duri...Read more -
PA66 Wear Resistance Improvement: PTFE-Free Additives and Industrial Modification Methods
Polyamide (PA66), also known as Nylon 66 or polyhexamethylene adipamide, is an engineering plastic with excellent performance, synthesized through the polycondensation of hexamethylenediamine and adipic acid. It possesses the following key characteristics: High Strength and Rigidity: PA66 has hig...Read more -
How to Optimize Mold Release for ASA Materials: Industry Challenges & Proven Solutions
Acrylonitrile Styrene Acrylate (ASA) is widely used in outdoor applications, automotive parts, construction materials, and 3D printing due to its excellent weather resistance, UV stability, favorable mechanical properties, and high surface gloss. However, during the molding process of ASA—particu...Read more -
How to Improve Mold Release and Lubrication in Clear PC Compounds？
Transparent polycarbonate (PC) is widely used in high-end applications such as optical lenses, light covers, medical devices, and consumer electronics due to its excellent transparency, toughness, and heat resistance. However, processing transparent PC poses significant challenges, particularly i...Read more -
How to Improve Lamination Performance and Ensure Stable Production: A Practical Guide for Extrusion Coating Manufacturers
Looking to optimize your packaging line or improve the performance of laminated structures? This practical guide explores essential principles, material selection, processing steps, and troubleshooting techniques in extrusion coating (also known as lamination) — a technology widely used in packag...Read more -
How to Improve Red Phosphorus Masterbatch Dispersion? SILIKE’s Processing Aids Offer the Answer
What is Red Phosphorus Masterbatch? How Dispersion Affects Flame Retardant Performance？ Red phosphorus masterbatch is a halogen-free flame retardant designed for integration into plastics and polymers to enhance fire resistance. It is produced by dispersing red phosphorus—a stable, non-toxic all...Read more -
How to Improve Melt Flow and Surface Smoothness in Transparent Nylon Applications？
What Makes Transparent Nylon Unique? Transparent nylon has emerged as a high-performance engineering plastic that uniquely combines optical clarity, mechanical strength, and chemical resistance. These properties are achieved through deliberate molecular design—such as reducing crystallinity via a...Read more -
Low-VOC and Scratch-Resistant Additives for Automotive Interior Materials
The Source and Impact of VOCs in Automotive Interiors Volatile organic compounds (VOCs) in automotive interiors primarily originate from the materials themselves (such as plastics, rubber, leather, foam, fabrics), adhesives, paints and coatings, as well as improper manufacturing processes. These ...Read more -
How to Solve Mold Release and Processing Efficiency Challenges in Rubber?
Why Is Demolding Rubber So Difficult? Demolding difficulties are a frequent challenge in the rubber processing industry, often resulting from a combination of material, process, and equipment-related factors. These challenges not only hinder production efficiency but also compromise product qual...Read more -
What is Polyphenylene Sulfide (PPS)? Properties, Challenges, and Solutions
What is Polyphenylene Sulfide (PPS)? Polyphenylene Sulfide (PPS) is a semi-crystalline thermoplastic polymer with a pale yellow appearance. It has a melting point of approximately 290°C and a density of around 1.35 g/cm³. Its molecular backbone—composed of alternating benzene rings and sul...Read more -
TPU Manufacturing FAQs: Solutions to Processing Challenges and Surface Quality Issues
1. Why Are Additives Essential in TPU Raw Materials? Additives play a crucial role in enhancing the processability, performance, and longevity of thermoplastic polyurethane (TPU). Without the right additives, TPUs may be too sticky, thermally unstable, or unsuitable for demanding applications. Co...Read more -
How to Improve Polycarbonate (PC) Scratch and Wear Resistance? Proven and Emerging Solutions
Polycarbonate (PC) is one of the most versatile engineering thermoplastics used in automotive lenses, consumer electronics, eyewear, and protective gear. Its high impact strength, optical clarity, and dimensional stability make it ideal for demanding applications. However, a well-known drawback o...Read more -
How to Overcome Melt Fracture and Die Build-Up in Masterbatch and Compounding?
If you’re in the plastic manufacturing industry, you’re probably familiar with the ongoing challenges of melt fracture, die build-up, and processing inefficiencies. These issues can affect polyolefins like PE, PP, and HDPE used in masterbatch production or compounding for products suc...Read more -
Lightweight Plastics in the Automotive Industry: Tackling Challenges to Elevate Performance and Efficiency
In the ever-evolving automotive sector, lightweight plastics have become a game-changer. By offering a high strength-to-weight ratio, design flexibility, and cost-effectiveness, lightweight plastics are essential in addressing the industry’s pressing demands for fuel efficiency, emis...Read more -
Silicone Powder Applications and Benefits: Elevate Product Performance with SILIKE Silicone-Based Additive Solutions
Unlock the potential of silicone powder — a high-performance, micronized additive designed to enhance surface properties, streamline processing, and deliver exceptional slip and anti-scratch functionality across multiple industries. From thermoplastics and coatings to personal care and rubber com...Read more -
How to Select Antiblock Masterbatch to Prevent Blocking Without Compromising Transparency or Processability?
Antiblock masterbatch is a crucial additive in the plastics industry, particularly for manufacturers utilizing polyethylene (PE), polypropylene (PP), and other polymer films. It helps prevent the blocking phenomenon, where smooth plastic film layers stick together—causing handling difficulties an...Read more -
Solving Surface Defects in PBT: What Additives Enhance Scratch Resistance and Processing Efficiency?
What Is PBT and Why Is It So Widely Used? Polybutylene Terephthalate (PBT) is a high-performance engineering thermoplastic synthesized from butylene glycol and terephthalic acid, with properties similar to Polyethylene Terephthalate (PET). As a member of the polyester family, PBT is widely used i...Read more -
The New EU Packaging and Packaging Waste Regulation (PPWR): Review and Strategic Solutions
What is the New EU Packaging and Packaging Waste Regulation (PPWR)? On January 22, 2025, the EU Official Journal published Regulation (EU) 2025/40, set to replace the existing Packaging and Packaging Waste Directive (94/62/EC). This regulation will come into effect on August 12, 2026, and will be...Read more -
Methods to Enhance TPU Film Matte Finish and Durability
How is a Matte Finish Achieved in TPU Films? A matte finish on TPU (thermoplastic polyurethane) films is born from the innovative fusion of material formulation and manufacturing processes, transforming the surface texture to reduce gloss. This process achieves a non-reflective, diffused appearan...Read more -
Optimize Packaging Film Performance | Non-Migrating, Low-COF Slip Solutions
Plastic films often face inherent tackiness that complicates manufacturing, converting, and end-use applications. This natural property leads to processing difficulties, which hinder efficiency. Slip additives have emerged as a vital component in addressing these challenges, optimizing film produ...Read more -
How to Solve Pigment Dispersion Challenges in Masterbatch Production?
Pigment dispersion is a critical yet often underestimated challenge in masterbatch production. Poor dispersion can lead to issues like uneven color distribution, clogged filters, fiber breaks in spun fibers, and weak welded seams. These problems not only affect product quality but also increase p...Read more -
Latest Flame Retardant Dispersion Solutions: Enhance Safety and Efficiency with SILIKE SILIMER 6600
Struggling with inconsistent flame retardant dispersion in your polymer products? Poor distribution not only weakens fire safety performance but also degrades mechanical properties and drives up costs. What if you could solve these issues with the right dispersants? In this article, we’ll explor...Read more -
PFAS-Free Synthetic Turf Manufacturing: Alternatives to Fluorinated Polymer Processing Aids
Why Synthetic Turf Manufacturers Are Moving Away from PFAS？ Per- and polyfluoroalkyl substances (PFAS) are synthetic chemicals commonly used in various industries, including synthetic turf, for their water-repellent, stain-resistant, and durable properties. However, the use of PFAS in synthetic ...Read more -
Solutions for Wear-Resistant Nylon Materials: From Traditional Approaches and Innovative Breakthroughs
Industry Insights on Enhancing Nylon Performance in High-Wear Applications In the ever-evolving landscape of engineering plastics, wear-resistant nylon materials continue to play a crucial role across multiple industries. From automotive components to industrial machinery, the demand for durable,...Read more -
Durable Scratch Resistance in Automotive Talc-filled PP Compounds l Polymer Additive Solutions
Polypropylene (PP) talc compounds are a cornerstone in automotive interior manufacturing, prized for their optimal balance of mechanical performance, processability, and cost-effectiveness. They are extensively used in dashboards, door panels, center consoles, and pillar trims. However, a persist...Read more -
Polyolefin Film Extrusion Challenges: Effective Sustainable Solutions for Smooth Processing
Introduction to Polyolefins and Film Extrusion Polyolefins, a class of macromolecular materials synthesized from olefin monomers such as ethylene and propylene, are the most widely produced and utilized plastics globally. Their prevalence stems from an exceptional combination of properties, inclu...Read more -
Processing Challenges and Solutions for Low Smoke PVC Wire and Cable Compounds
Introduction to Low Smoke PVC Wire and Cable Compounds Low smoke PVC (Polyvinyl Chloride) wire and cable compounds are specialized thermoplastic materials designed to minimize smoke and toxic gas emissions during combustion. This makes them an essential choice for applications where fire safety i...Read more -
Silicone Powder S201 Solve Color Masterbatch Dispersion Problems and Enhance Plastic Quality & Efficiency
Color is one of the most expressive elements in design and is crucial for aesthetic enjoyment. Masterbatches, which carry colorants for plastics, play a key role in adding vibrancy to products in our daily lives. In addition to coloring, filler masterbatches are essential in plastic production to...Read more -
Overcome Plastic Film Processing Isuues with Innovative Slip & Antiblock Solutions for Packaging
In the contemporary packaging market, manufacturers are presented with the imperative of enhancing the performance of their plastic films. This objective is often hindered by challenges such as film blocking during processing and handling, which can impede production lines and diminish operationa...Read more -
Guide to Plastic Films: Types, Methods and PFAS-Free Alternatives
What is the introduction of plastic films? Plastic films represent a fundamental class of polymeric materials characterized by their thin, flexible nature and extensive surface area. These engineered materials are produced by processing polymer resins—either derived from petroleum or increasingly...Read more -
Innovative PTFE PFAS-Free Solutions for High-Performance Engineering Plastics
Why the Need for PTFE (PFAS) Alternatives? In today’s rapidly evolving world of sustainable materials, industries are facing increasing pressure to adopt environmentally friendly solutions. Engineering plastics, known for their durability and versatility, are no exception. For years, PTFE (Polyte...Read more -
CHINAPLAS 2025 Review: Innovation Ignites the Future of Plastics & Rubber
April 18, 2025, Shenzhen – The 37th CHINAPLAS International Plastics & Rubber Exhibition wrapped up triumphantly at the Shenzhen World Exhibition & Convention Center (Baoan), reaffirming its status as the global epicenter of plastics innovation. Under the theme “Transformation · Collabora...Read more -
Strategies Enhance Processing Efficiency of XLPE cable compound materials
Silane-crosslinked polyethylene (XLPE) cable compounds are a type of thermoset insulation used in electrical cables. They are produced by chemically crosslinking polyethylene molecules using silane compounds, which transform the linear molecular structure of polyethylene into a three-dimensional...Read more -
Addressing Powdering Issues in PE Film Processing: Constructive Solutions for Enhanced Production
Understanding the Problem: Powdering and Blooming in PE Films If you’ve experienced powdering and blooming issues in your polyethylene (PE) films, you’re not alone. The presence of white powdery spots or waxy residues on the film’s surface may impact not only aesthetics but also...Read more -
Solving Pigment Dispersion Challenges: The Key to Superior Coatings and Inks
Pigment Dispersion: the science and tech you should know! Pigments and fillers are powdered materials composed of insoluble solid particles. In their dry, powdered state, these solid particles are surrounded by air. When separated solid particles are introduced into liquids, they tend to agglomer...Read more -
Enhance Your EVA Film Production with SILIKE SILIMER 2514E
EVA film, short for Ethylene Vinyl Acetate film, is a versatile material made from a copolymer of ethylene and vinyl acetate. It’s widely used across various industries due to its unique properties, such as flexibility, transparency, durability, and strong adhesion. The vinyl acetate content in E...Read more -
Tired of White Powder Precipitation in Your Composite Film Packaging Bags? Here’s the Problem, Plan, and Solution!
White powder precipitation on composite film packaging bags is a recurring issue that plagues manufacturers globally. This unsightly problem not only diminishes the aesthetic appeal of your product but also raises serious concerns about quality and hygiene, particularly in industries like food, p...Read more -
Tree Planting Day Special: SILIKE Sows Seeds of Green, Building a Sustainable Smart Manufacturing Future
Spring breezes gently brush, and green sprouts begin to emerge. Today, March 12, is Tree Planting Day, marking a significant milestone in SILIKE’s green initiatives! In alignment with China’s “Dual Carbon” strategy, Chengdu SILIKE Technology Co., Ltd., driven by its mission to empower...Read more -
Which Anti-Scratch Additive is Best for Polypropylene (PP) in Automotive Interiors?
In the automotive industry, the durability, aesthetic appeal, and human health of interior plastic components are top priorities. Polypropylene (PP) has become one of the most widely used materials in automotive interiors, thanks to its lightweight properties, cost-effectiveness, and versatility....Read more -
SILIKE’s SILIMER Series: Slip Anti-Blocking Solutions for Flexible Packaging Challenges
In the world of flexible packaging , achieving optimal performance in film processing is essential to meet both production speed and end-user requirements. However, traditional slip additives—while essential for smooth processing—continue to create headaches for manufacturers worldwide. The Strug...Read more -
Struggling with Uneven Matte TPU Films? Discover SILIKE’s Proven Matte Effect Masterbatch Solutions!
Thermoplastic Polyurethane (TPU) films are renowned for their exceptional flexibility, durability, and high-performance characteristics, making them a preferred choice across industries like automotive, medical, fashion, and consumer electronics. While standard TPU films are valued for their abra...Read more -
Solving Dispersion Challenges in Plastic Compounds, Masterbatches and Coatings: A Proven Solution
In the plastics and coatings industry, achieving uniform dispersion of fillers, pigments, and flame retardants is a critical yet challenging task. Poor dispersion can lead to inconsistent product quality, processing inefficiencies, compromised performance, and environmental concerns. Whether you&...Read more -
Non-Migrating Slip and Anti-Block Additives Improve Polyolefin Film Efficiency and Quality: The Solutions to Packaging Production Challenges
Why Slip and Anti-Block Additives Are Essential in Plastic Film Production? Slip and anti-block additives are used in plastic film production, particularly for materials like polyolefins (e.g., polyethylene and polypropylene), to enhance performance during manufacturing, processing, and end-use. ...Read more -
Enhance Your Fiber and Monofilament Extrusion: The PFAS-Free Solution You Need!
Introduction: the Shift to Sustainable Polymer Processing In the rapidly evolving polymer industry, fiber and monofilament extrusion play a pivotal role in manufacturing high-quality textiles, medical devices, and industrial components. However, as new regulations banning harmful substances like ...Read more -
Discover Sustainable Solutions for Enhanced Wear Resistance Reduce Friction and Boost Performance in POM
Introduction to Polyoxymethylene (POM) Polyoxymethylene (POM), also known as acetal, polyacetal, or polyformaldehyde, is a high-performance engineering thermoplastic renowned for its exceptional mechanical properties and dimensional stability. It’s widely used in industries that require pre...Read more -
How to Solve Processing Challenges in Polyethylene Film Manufacturing Without PFAS
What is PE Film and Application? Polyethylene (PE) film is a thin, flexible material manufactured from PE pellets through a process involving extrusion or blown film techniques. This film can possess different properties based on the type of polyethylene used, such as low-density (LDPE), Linear ...Read more -
From Challenges to Solutions: Enhance Your PE-RT Pipes with Silicone Masterbatch and PFAS-Free Additives
PE-RT (Polyethylene of Raised Temperature Resistance) heating pipes are made from PE-RT, a high-temperature resistant polyethylene material specifically developed for use in heating systems. These pipes are non-crosslinked polyethylene pipes suitable for hot water applications. Some emphasize th...Read more -
2025 Spring Festival Garden Party: An event full of joy and unity
As the Year of the Snake approaches, our company recently hosted a spectacular 2025 Spring Festival Garden Party, and it was an absolute blast! The event was a wonderful blend of traditional charm and modern fun, bringing the entire company together in the most delightful way. Walking into the v...Read more -
Silicone Processing Aids For Wire&Cables compounds: how to solve the situation of rough surface of cable material, pre-crosslinking and uneven dispersion of filler?
In the modern industrial system, cable as a key carrier of power transmission and information transmission, its quality is directly related to the stable operation of various fields. The cable material, as the core raw material of cable manufacturing, its performance and processing quality play a...Read more -
The Application of Slip and Anti-block Agents in PE Blown Film Processing
In the plastic film manufacturing, PE (Polyethylene) blown films play a vital role in countless packaging applications. However, the process of producing high-quality PE films comes with its own set of challenges, and this is where slip and anti-block agents come into the picture. The necessity o...Read more -
PFAS-free Polymer Processing Aids for Color Masterbatch: Improve powder dispersion, improve processing fluidity
In the world of color masterbatch, the demand for high-quality, sustainable solutions is on the rise. PFAS-free polymer processing aids have emerged as a game-changer, revolutionizing the way color masterbatch is produced and used. Color Masterbatch Applications Color masterbatch is widely used i...Read more
