Battery-Grade Lithium Salt Combination (LiPF6+LiFSI+LiTFSI+LiBOB 250g Each)

Description

Product Overview

This combination is specially designed for lithium-ion battery electrolyte R&D, laboratory testing, small-batch production and performance verification. It selects four core battery-grade lithium salts — Lithium Hexafluorophosphate (LiPF6), Lithium Bis(fluorosulfonyl)imide (LiFSI), Lithium Bis(trifluoromethanesulfonyl)imide (LiTFSI), and Lithium Dioxalate Borate (LiBOB), each with a specification of 250g. It can meet the needs of lithium salt matching in multiple scenarios at one time, eliminating the need for separate procurement and split accounting. With a total price of only 1799 USD, it offers much higher cost performance than purchasing separately, helping you save procurement costs and time costs, and efficiently facilitating R&D and production work.

All products strictly comply with battery-grade industry standards and have undergone multiple purification processes, featuring high purity, extremely low impurity content and stable electrochemical performance. They are compatible with mainstream positive and negative electrode systems such as ternary materials (NCM), lithium iron phosphate (LFP) and graphite, and are widely used in the fields of electrolyte formula R&D and performance optimization for power batteries, energy storage batteries, consumer batteries (3C products), etc. It is the preferred one-stop lithium salt solution for battery R&D institutions, production enterprises and university laboratories.

 Core Product Advantages

1. Standard Purity and Controllable Quality

All lithium salts are strictly battery-grade, processed through multiple purification processes such as distillation and recrystallization, with a purity of ≥99.9% and extremely low impurity content (such as moisture, metal ions, chloride ions). They comply with industry standards for lithium salts used in battery electrolytes, effectively avoiding the impact of impurities on the electrochemical performance, cycle life and safety of electrolytes, and ensuring accurate experimental data and stable production products.

2. Scientific Matching and Wide Adaptability

Four most commonly used core lithium salts for lithium battery electrolytes are selected, covering the full-scenario needs of “mainstream core + high-performance supplement + functional optimization”: LiPF6 serves as the basic core lithium salt to ensure the basic performance of the electrolyte; LiFSI and LiTFSI improve high-temperature and high-voltage performance; LiBOB optimizes interface film formation and safety. The four lithium salts can be used alone or mixed in any proportion, suitable for R&D of electrolyte formulas with different performance requirements, compatible with multiple types of battery systems such as 3C batteries, power batteries and energy storage batteries, and can carry out basic R&D work without additional matching of other lithium salts.

3. High Cost Performance and Efficient Procurement

The combination price is only 1799 USD. Compared with purchasing the four lithium salts separately (the total price of separate purchase is about 2200-2500 USD), it directly saves 400-700 USD in procurement costs. At the same time, there is no need to find suppliers, negotiate prices and follow up logistics separately. One-stop procurement completes the set, greatly saving procurement processes and time costs. It is especially suitable for scenarios such as small-batch laboratory R&D and enterprise pilot production, reducing the procurement threshold.

4. Stable Performance and Safe Reliability

All products have excellent electrochemical stability, thermal stability and chemical compatibility: LiPF6 balances ionic conductivity and aluminum foil passivation capacity; LiFSI and LiTFSI have high thermal stability to inhibit high-temperature decomposition; LiBOB has excellent film-forming performance to improve battery safety. The four lithium salts have no potential safety hazards such as flammability, explosiveness and high toxicity (when stored and used in strict accordance with specifications), and have excellent solubility, easily soluble in common carbonate solvents such as EC, DMC and EMC, making it easy to prepare high-performance electrolytes.

5. Suitable Specifications and Convenient Use

Each lithium salt is independently sealed and packaged in 250g. The packaging adopts moisture-proof and leak-proof design, effectively isolating air and moisture (avoiding hydrolysis and deterioration of lithium salts such as LiPF6), which is convenient for storage, weighing and use. The specifications accurately match the needs of small-batch laboratory testing and enterprise pilot production, avoiding waste and storage pressure caused by large-volume procurement. The remaining products after use can be sealed and stored for reuse.

Product Application Scenarios

• Laboratory R&D: Optimization of lithium-ion battery electrolyte formulas, performance testing, compatibility verification of new materials, suitable for battery R&D projects in universities and scientific research institutions;
• Small-batch Production: Pilot and pilot-scale production of small battery manufacturers and electrolyte manufacturers, used to prepare small-scale high-performance electrolytes;
• Performance Verification: Sampling inspection and verification of electrolyte performance by battery manufacturers to ensure that electrolyte products meet production standards and use requirements;
• Teaching Experiments: Teaching experiments for majors such as materials science, electrochemistry and new energy in universities, helping students understand lithium salt characteristics and electrolyte preparation principles;
• Special Scenarios: R&D and performance optimization of electrolytes for special lithium-ion batteries such as high-voltage, high-temperature and long-cycle batteries, such as high-end energy storage batteries and special power batteries.

1. Storage Requirements

(1) All products should be sealed and stored in a dry, cool and ventilated environment, away from fire and heat sources, and avoid direct sunlight;

(2) The storage temperature should be controlled at 0-25℃, and the relative humidity should be ≤40%. It is strictly prohibited to contact with water and humid air (especially LiPF6 is extremely sensitive to moisture and easily hydrolyzes to produce corrosive substances) to prevent products from absorbing moisture and deteriorating;

(3) Different lithium salts should be stored separately to avoid mixing and contamination; after the sealed package is opened, it should be used up as soon as possible. The remaining products should be resealed and protected by inert gas (such as nitrogen) to prevent performance degradation;

(4) The storage container should be corrosion-resistant and have good sealing performance. It is strictly prohibited to use easily damaged and leaky packaging.

2. Use Instructions

(1) Before use, ensure that the operating environment is dry, water-free and oxygen-free (it is recommended to carry out weighing and dissolution operations in a glove box) to avoid contact between products and water/air;

(2) Dry and clean utensils should be used for weighing to accurately control the dosage, avoiding waste and formula deviation;

During the dissolution process, stir slowly to avoid violent stirring generating bubbles that affect the uniformity of the electrolyte; it can be dissolved in the corresponding carbonate solvent according to the formula requirements to prepare the electrolyte;

(4) Wear protective gloves, goggles and other protective equipment during operation to avoid contact between products and skin/eyes. If contact occurs accidentally, rinse immediately with plenty of water and seek medical attention if necessary;

(5) It is strictly prohibited to discard waste products and packaging at will. They should be collected centrally and disposed of properly in accordance with the specifications for the disposal of hazardous chemical waste.

1. This combination is a fixed-specification set (LiPF6+LiFSI+LiTFSI+LiBOB 250g each) with a total price of 1799 USD. It does not support splitting, replacing products or adjusting specifications;
2. After placing an order, we will complete the goods preparation and quality inspection within 1-3 working days, and ship the goods after ensuring that the product quality meets the standards;
3. International logistics and distribution are supported. The logistics cost is calculated separately according to the receiving address, and relevant documents required for customs declaration (product quality inspection report, component certificate, etc.) can be provided;
4. Please open the package and inspect the goods in a timely manner after receiving them to confirm that the product packaging is intact, free of leakage and damage. If there is any quality problem, you can contact us for handling within 24 hours;
5. This product is an industrial/laboratory-grade battery raw material, and it is strictly prohibited to use it in non-battery related fields such as food and medicine;
6. Discounts can be negotiated for bulk purchases. Please contact customer service for specific preferential policies.

If you have other specifications or other product requirements, please contact inquiry@atomfair.com