The explosive growth of artificial intelligence is driven by powerful hardware—AI servers and high-performance chips—but with greater computing power comes immense heat. Silicone’s superior thermal conductivity and insulation make it essential for stable AI hardware operation. High-end AI chips now exceed 300 W in power consumption. Without effective heat dissipation, overheating can reduce perfo

Global photovoltaic (PV) capacity continues to soar—new installations reached 532 GW in 2024. The key material that enables solar panels to operate outdoors for over two decades is silicone. The PV industry has extremely high standards for weather resistance and stability, and silicone—combining flexibility and strength—acts as the panels’ “guardian.” PV panels are exposed year-round to UV radiat

As chip manufacturing continues to advance—from 7 nm to 3 nm—the requirements for encapsulation and protection materials have become extremely demanding, and silicone has become an indispensable material thanks to its precisely tailored properties. The stability of a chip depends heavily on its external protection, and silicone forms the core of this “protective armor.” High-purity, electronic-gr

In today’s rapidly evolving new energy vehicle (NEV) industry, silicone has long evolved from an “auxiliary material” to a “core safeguard.” Compared with traditional fuel vehicles that use only 2.5 kg per car, NEVs consume up to 20 kg of silicone—nearly a tenfold increase—reflecting its irreplaceable performance advantages. As the “heart” of an electric vehicle, the battery pack’s safety directl

Spraying pesticides three times but pests still return? Applying foliar fertilizer yet seeing little effect? During hot and dry weather, the spray evaporates too fast and utilization drops... These common farming challenges may be costing you both time and money. But the real issue often isn’t the pesticide itself—it’s whether the spray can effectively adhere and be absorbed. Today, we bring fa

Still struggling with repeated trial-and-error when selecting high-temperature thermal silicone oils? Screening samples, installing and testing, replacing failed batches—this endless cycle not only consumes significant time and resources but can also delay production and affect project delivery. The solution is simple: choose the right product from the start. IOTA-255 Phenyl Silicone Oil breaks

In hot, humid weather, applying cream can feel like wrapping your face in plastic wrap, and wearing makeup for just a few hours can lead to clogged pores — many people give up on skincare and makeup because of the “sticky, suffocating” feeling. The secret to products that feel light, breathable, and non-greasy lies in ingredient selection. Nail these two k

After applying cream, my skin feels greasy.” “Foundation cakes and feels sticky.” “Serum absorbs slowly and pills up.” Many people have experienced these frustrating issues during their skincare or makeup routine. Even when ingredient lists look impressive, the skin feel can still be disappointing. The key lies in choosing the right core ingredients. When selected correctly, skincare and cosmet

On industrial production lines, in cosmetic formulas, and in medical care kits, there hides a low-profile yet all-powerful “multi-tasker” — dimethyl silicone oil. This organosilicon compound, known for its stable chemical properties, stands out with its resistance to heat, weather, friction, and electricity, making it indispensable across countless aspects of modern life. In industry, dim

When a service robot precisely lifts the glass you hand over, when an industrial robotic arm gently brushes against delicate electronic components, or when a smart home touch screen delivers a lifelike tactile response—you may marvel at the evolution of artificial intelligence, yet rarely notice the real magic: the “material magician” hidden within the robot’s palm — silicone. Traditional