By Black Diamond Structures LLC
Faster charge. Higher power. More energy in less space. Solvent- and aqueous-based formulations are compatible with leading lithium-ion chemistries. Products vary by MOLECULAR REBAR® grade and loading level to support the target electrode system. Charge capability >4C Robust improvement to high-rate charging capability. Silicon-anode cycle life >800 Cycles enabled in high-energy-density silicon systems. System energy density >300 Wh/kg Published benchmark for silicon-anode systems. Built around process compatibility Choose the carrier system that fits the active chemistry and manufacturing route.
Discrete carbon nanotube (CNT) solutions engineered for your battery chemistry, performance target, and production process. Individualized CNT. Measurable gains. Carbon nanotubes arrive tangled with high impurities. Our proprietary process separates them into clean, uniform, high-aspect-ratio strands that disperse more consistently throughout an electrode. Faster charging: Improved conductivity (Lithium) and crystal control (Pb) for High performance. Higher energy density: More active surface area for greater energy storage. Longer cycle life: Enhanced structural stability for extended battery life. Proven reliability: Engineered for demanding commercial applications. Four controlled stages. One integration-ready material. Individualize: Separate bundled CNTs into discrete, high-aspect-ratio structures. Enhance: Manipulates surface behavior through chemistry. Formulate: Tailor the dispersion for the target battery chemistry and process. Connect: Create conductive, reinforcing pathways through active material. At 20,000× magnification, fine, thread-like MOLECULAR REBAR® structures are visible among the active particles.
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Lithium-ion electrode formulation A MOLECULAR REBAR® lithium-ion formulation selected around carrier compatibility, active chemistry and the customer’s processing route. Key product capabilities. - Chemistry- and process-specific formulation - Discrete CNT conductive networks - Technical support through scale-up - Sample and technical-data requests available Request the current product data package. Contact BDS for supported chemistry, loading, processing, and validation information. Match the formulation to your battery.
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More capable lead-acid batteries—without rebuilding the line. Custom-tailored solutions vary by MOLECULAR REBAR® grade, stabilization package, and loading level. Lab and partner data show enhanced charging capability, improved cold-cranking performance, and longer cycle life under normal and high-rate partial-state-of-charge duty. Documented business impact up to 95% decrease in warranty returns in certain applications Charging capability Enhanced Cold-cranking performance Improved Cycle life Extended Directional outcome indicators based on the published BDS product benefits; bars are not a shared quantitative scale. Application-specific solutions Formulations are selected around the battery design, duty cycle, and targeted performance gain.
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