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The use of high-performance polymer is extremely common within the automotive industry for illumination systems, bumpers and fenders. Polymer is also widely used for the improvement of automotive fuel efficiency, safety, and durability. Taking into considerations the challenges faced in reducing aut
Flame retardant ≠ non-combustible. What kind of "black technology" is hidden inside modified plastics? This article deconstructs the "true nature" of flame retardants and the extreme application scenarios of flame-retardant materials. Read it and become an insider instantly.
Choosing the wrong flame retardant burns not just your material, but also your profits and compliance certificates! Understand the 5 key selection principles at once. Don't let the next fire turn your orders to ash.
Halogen-free + Nano = The Next-Generation Flame Retardant Power Combo! How can modified plastics be both eco-friendly and fire-resistant? Get your ticket to the future of flame retardant technology with this 3-minute quick read.
Halogen-free flame retardant "top performer" MCA teams up with phosphorus-nitrogen flame retardants, turning nylon into a "non-burnable" black tech material—read this article to unlock new insights into eco-friendly flame retardancy!
How do halogen-free flame retardants conquer the "tough nut" of elastomer flame retardancy? This article breaks down the selection, application, and challenges of flame retardants for thermoplastic elastomers, showing that flame retardants are not just an additive, but a catalyst for performance leapfrogging.
Serving as a mainstay in halogen-free flame retardancy, phosphate ester products like IPPP and TCEP rely on precisely controlled synthesis—including key alkylation processes—to ensure the high purity required for advanced applications.
As we transition into the new year, Yinsu is grateful for the trust and partnership we've shared, remains committed to our founding principle of being R&D-driven, and sincerely looks forward to joining hands with you to embark on an even more brilliant journey in 2026.
An integrated drying solution where dispersion meets circulation: eliminating caking, ensuring uniformity, and redefining flame retardant production efficiency.
Red phosphorus flame retardant crushing "breakthrough technology": Smart particle size detection, automatic flow control! Say goodbye to inconsistent crushing due to varying particle sizes, and achieve stable and uniform output every time.
Rosin + Phosphorus-Nitrogen = An Invisible Fire Shield! Click to see how seven steps turn biomass into a smoke suppressing flame retardant marvel →
The "Industrial MSG" is in crisis! With global antimony production plummeting, how is the flame retardant industry adapting? When resources sound the alarm, technology holds the real key. Moving from "relying on mines" to "winning with tech" — discover how the industry is securing its supply chain!
Chlorine precision "knife work" plus three-stage distillation "purification technique"—how does a single drop of anti-drip flame retardant make flames "stop dripping" and turn into char? Click to see the seven-step closed-loop process in action!
With capacity skyrocketing 81%, China's UHMWPE market faces both oversupply pressure and breakthrough opportunities. How will the industry evolve? Dive into our latest insights.
The flame retardant market's billion-dollar opportunity is now ignited. In the 2025 capacity race, possessing a "Halogen-Free Passport" could determine survival. Click to see who is positioned to cross the finish line first.
With the vertical mill in operation, aluminum hydroxide instantly 'slims down' to the micrometer scale! How are ultra-fine halogen-free flame retardant powders born with zero emissions? Click to see the green process in action.
Global demand for flame retardants will exceed one million tons in 2025. Three forces, halogen-free substitution, synergy optimization, and policy-driven changes, are reshaping the market landscape. Those who can first deliver efficient, low-toxicity, and recycling-compatible system solutions will secure long-term orders in the new race led by the Asia-Pacific region.
An unofficial data projection reveals that 50% of China's “invisible” antimony exports may reach 6,500-7,000 tons in 2025, a year-on-year surge, with one company accounting for nearly half of the total. This breaks with the traditional focus on mainstream antimony and points to a highly concentrated and fast-growing hidden market.
How do flame retardants "hide" within modified materials, providing fire protection without compromising performance? This article reveals all the process parameters and shear secrets to you
No matter how deep the flame retardants are hidden, they can't escape this wave of instrument "perspective"! Click to see how halogen-free flame retardants are accurately targeted and instantly revealed in plastics→
Decabromodiphenyl Ethane, also known as DBDPE, is a flame retardant chemical that is widely used in various industries to enhance the fire resistance properties of different materials. It is an organic compound containing bromine atoms and is highly effective at reducing the flammability of plastics, textiles, and other materials. Decabromodiphenyl Ethane can be added to different products during their manufacturing process, which prevents or slows down the spread of fire in case of an accident. It is commonly used in construction materials, electrical equipment, automotive parts, and furniture. The chemical is considered to be an environmentally friendly alternative to other flame retardants, as it does not contain hazardous substances such as chlorine or heavy metals. Overall, Decabromodiphenyl Ethane is a versatile and effective tool for enhancing the safety and reliability of a wide range of products.
