Lubricore B230 is a 30 % dispersion of sub-micron hBN (D90 ≈ 0.4 µm) in a PAO-6 synthetic base oil, designed for direct use in premium lubricant and grease formulations. The ultra-fine hBN provides superior anti-wear, anti-friction, and thermal-conductivity benefits while maintaining full compatibility with synthetic and mineral oil systems. Its small particle size ensures stable suspension, smooth surface coverage, and consistent performance under high shear and elevated temperature. Lubricore B230 is ideal for gear, hydraulic, and compressor oils where thermal control, low friction, and extended lubricant life are critical.
Lubricore B250 contains 25 % of nano-scale hBN (D90 ≈ 0.4 µm) dispersed in a Group V synthetic vegetable ester carrier. Engineered for biodegradable and environmentally acceptable lubricants (EALs), B250 offers outstanding lubricity, film stability, and oxidative resistance. The fine-particle hBN enhances surface smoothness and reduces wear, while the ester base provides excellent polarity and additive compatibility. It is a preferred component for eco-friendly hydraulic oils, chain lubricants, and food-grade greases, delivering measurable friction reduction and improved energy efficiency without compromising sustainability.
Lubricore B260 is a 25 % dispersion of hBN (D90 ≈ 2.5 µm) in a Group V synthetic vegetable ester base fluid. With larger particle geometry, it offers robust load-carrying, anti-seize, and heat-transfer performance for heavy-duty and slow-speed applications. The combination of micro-scale structure and polar ester medium provides strong film formation and exceptional adhesion to metal surfaces. B260 is optimized for industrial and marine greases, open-gear lubricants, and high-load chain systems, enabling formulators to produce PFAS-free, high-performance, and biodegradable lubricants that balance power density with environmental compliance.
Lubricore W850 is a 50 % dispersion of WS₂ solid lubricant (sub-micron, D90 ≈ 0.4 µm) in PAO-6 synthetic oil, delivering extreme anti-friction and extreme-pressure (EP) performance at very low treat rates. The engineered tungsten disulfide forms a tenacious tribofilm on metal surfaces, reducing the friction coefficient to below 0.03 while enhancing load capacity and oxidative stability. Its PAO carrier ensures easy blending with mineral or synthetic oils and excellent compatibility with additive packages. Lubricore W850 is suited for gear oils, hydraulic fluids, greases, and top-up treatments, providing a fast and efficient route to upgrade formulations with cutting-edge WS₂ technology.
EPXtra W100 is an advanced anti-wear (AW) and anti-friction (AF) additive engineered to enhance the performance of gasoline engine oils. Formulated with nano-engineered WS₂ and proprietary surface-active agents, W100 significantly reduces fuel consumption, operating temperature, and engine noise, while lowering emissions and improving overall efficiency. By forming a durable tribofilm on metal surfaces, it protects against boundary wear and scuffing even under high-load, high-temperature conditions. EPXtra W100 ensures smoother operation, extended lubricant life, and longer engine durability—making it ideal for passenger cars, motorcycles, and light-duty trucks where both performance and environmental compliance are critical.
EPXtra W110 is an advanced multifunctional additive formulated to elevate the performance of diesel engine oils by delivering outstanding anti-wear (AW), anti-friction (AF), and TBN-boosting properties. Built on a nano-engineered WS₂ dispersion platform, W110 forms a durable, low-friction tribofilm on metal surfaces, reducing wear and maintaining film strength under severe load and thermal stress. Its unique chemistry improves oil alkalinity retention and oxidative stability, enabling up to three times longer oil life compared with conventional formulations. In field applications, W110 has demonstrated significant reductions in downtime, maintenance frequency, and filter replacements, while improving engine cleanliness and lowering operating temperatures. Designed for heavy-duty diesel engines in trucks, construction, mining, and agricultural equipment, EPXtra W110 delivers measurable efficiency gains, extended drain intervals, and long-term engine protection under demanding real-world conditions.
EPXtra W310 is a high-performance additive package that synergistically combines Tungsten Disulfide (WS₂) to deliver exceptional anti-wear (AW), anti-friction (AF), extreme-pressure (EP), and corrosion-inhibiting performance. This advanced dual-solid system forms a durable tribofilm that significantly reduces metal-to-metal contact, friction, and wear even under extreme temperature and load conditions. Designed for industrial lubricants, gear oils, compressors, pumps and heavy-duty machinery, W310 enhances load capacity, reduces component degradation, and extends lubricant life—often by up to three times compared to conventional oils. Field applications show marked reductions in maintenance frequency, downtime, and filter change intervals, translating to improved equipment uptime and lower total cost of ownership. EPXtra W310 is a turnkey solution for operators seeking superior reliability, cleaner operation, and sustainable performance improvement in the most demanding industrial environments.
Solidex B004 is a high-purity, sub-micron hexagonal boron nitride (hBN) powder engineered for thermal conductivity and low-friction surface performance. Its lamellar crystal structure forms a uniform lubricating film on contact surfaces, lowering wear and reducing torque under extreme loads. Ideal for metalworking fluids, high-temperature greases, and advanced coatings, B004 delivers excellent heat transfer, dielectric stability, and anti-seize protection even in oxidative environments.
Solidex B025 is a coarser-grade hBN powder (sub-micron to micron) designed for applications requiring balanced thermal and tribological performance. It disperses evenly in grease, oil, and polymer matrices, enhancing thermal conductivity and wear protection. Commonly used in heavy-duty industrial lubricants and mold-release coatings, B025 ensures consistent film formation, surface smoothness, and temperature stability in demanding operating conditions.
Solidex W004 is an ultra-fine nano WS₂ (tungsten disulfide) powder with a D90 below 0.4 µm, featuring an extremely low friction coefficient (≈0.03). Its spherical, layered crystal structure forms a robust tribofilm on metal surfaces, protecting against wear and galling under extreme pressure. Suitable for precision oils, high-speed bearings, and aerospace greases, W004 provides unmatched EP and anti-seize performance at very low treat rates.
Solidex M004 is a nano MoS₂ (molybdenum disulfide) powder designed for maximum surface activity and dispersion stability. With a D90 around 0.4 µm, it integrates easily into oils, greases, and coatings, offering superior anti-wear and load-carrying performance. Compared to conventional MoS₂, M004’s ultra-fine size improves surface coverage, film continuity, and friction reduction, making it ideal for heavy-load and boundary-lubrication regimes.
Solidex M025 is a sub-micron MoS₂ powder with controlled morphology for versatile industrial formulations. It provides reliable EP, anti-friction, and corrosion-protection benefits across lithium, calcium-sulfonate, and polyurea grease systems. M025 functions as a cost-effective yet high-performance replacement for standard MoS₂, delivering smoother operation, improved load tolerance, and extended relubrication intervals.
Solidex B004M is a modified hBN powder surface-treated using proprietary chemo-mechanical methods to improve compatibility with oils, esters, and synthetic bases. Its engineered surface enables exceptional dispersion stability and adhesion to metal interfaces, creating a self-renewing lubricating layer that enhances AW/AF/EP performance. The result is superior film strength, longer lubricant life, and reduced friction in high-speed or high-load applications.
Solidex B025M offers the same structural purity as B025 but with advanced surface modification to improve wettability and suspension stability. This engineered hBN delivers strong anti-friction and heat-dissipating performance in high-viscosity greases, gear oils, and thermal coatings. It serves as a PFAS-free alternative to PTFE, combining sustainability with outstanding mechanical durability and consistent tribological efficiency.
Torvix W700 is a high-performance grease additive package combining sub-micron WS₂and hBN solids to deliver a unique balance of anti-wear (AW), anti-friction (AF), extreme-pressure (EP), and thermal-conductivity performance. The synergistic blend forms a uniform protective tribofilm that lowers friction, enhances load-carrying capacity, and improves heat dissipation under severe mechanical stress. Unlike traditional MoS₂ or graphite-based additives, W700 maintains a neutral gray-silver hue and does not significantly alter the color of the finished grease, making it ideal for premium multipurpose and OEM-branded formulations. Engineered for lithium, calcium-sulfonate, and polyurea systems, it ensures stable dispersion, long-term consistency, and measurable performance gains without compromising grease appearance or stability.
Torvix W720 is an advanced WS₂-based dispersion formulated to reduce or replace traditional MoS₂ in grease systems while maintaining or exceeding EP and anti-friction performance. Its sub-micron, surface-modified tungsten disulfide particles integrate seamlessly into soap and non-soap thickener systems, providing stable dispersion and superior wear resistance. Ideal for heavy-duty lithium, calcium sulfonate, and polyurea greases, W720 delivers lower friction coefficients, higher weld loads, and extended lubricant life at cost-effective treat rates.
Torvix W730 is a next-generation high-solids grease additive concentrate engineered to deliver exceptional anti-wear (AW), anti-friction (AF), extreme-pressure (EP), and thermal-management performance. Containing up to 60 % active solids—a proprietary blend of WS₂, MoS₂, and hBN—W730 combines the lamellar lubricity of MoS₂with the ultra-low friction of WS₂ and the thermal conductivity of hBN. This balanced synergy enables formulators to replace or significantly reduce conventional MoS₂ content while improving overall grease performance and lowering formulation cost. W730 disperses uniformly across lithium, calcium-sulfonate, aluminum-complex, and polyurea systems, maintaining long-term stability without sedimentation. The result is a cleaner with higher weld-load capacity, reduced friction coefficient, extended service life, and enhanced cost-to-performance ratio—ideal for modern high-demand industrial and transportation applications.
BHW-11010 is a zero-oil additive specifically formulated for lubricants, coolants, heat transfer fluids, coatings/surface treatments, cosmetics, 3D printing, composites and batteries. This product enhances anti-wear (AW), anti-friction (AF) properties and heat transfer properties making it ideal for applications in industries where water-based lubrication is preferred, such as metal working, textile manufacturing and food processing equipment. By incorporating BHW-11010, operators can achieve improved lubrication performance, reduced equipment wear and extended service life in environmentally conscious operations.
WA-400 is a zero-oil additive specifically formulated for emulsions and water-based lubricants. This product enhances anti-wear (AW) and anti-friction (AF) properties, making it ideal for applications in industries where water-based lubrication is preferred, such as metalworking, textile manufacturing and food processing equipment. By incorporating WWA-400, operators can achieve improved lubrication performance, reduced equipment wear and extended service life in environmentally conscious operations.
WWA-410 is a high-concentration, 50% Tungsten Disulfide (WS2) water-based dispersion, offering exceptional anti-wear (AW), anti-friction (AF) and extreme pressure (EP) performance. This advanced formulation is ideal for applications requiring superior lubrication and protection in environmentally conscious, water-based systems.
