Details
1. This product is suitable as a binder for the positive electrode of lithium-ion batteries;
2. It is recommended to store in a ventilated, dry, and light-shielded cool environment to prevent moisture absorption.
HSV900 is emulsion polymerized with a molecular weight of 1 million and smaller particle size of 30 microns. It is pure PVDF, so it has good processing performance, no powder loss during cycling, and stronger dissolving ability.
Packaging, Transportation, and Storage
1. Packaging Material: Plastic bottle
2. Storage Conditions: Store in a sealed container at room temperature.
3. Shelf Life: 2 years from the date of production.
4. Hazard Class: 4 (Classification and Handling Guidelines for Hazardous Materials)
5. Packaging Group Class: III (Packaging Group Class)
It has high viscosity and adhesiveness in some solvents;

Overview :
Binder PVDF is an important part of the positive and negative electrodes of lithium ion batteries. It is used to bind the active materials and the active materials and The binder between the current collector. Is the 1 kind of macromolecule two polymer materials. Its performance determines the binding force between the positive and negative active materials of the battery and between the matrix
Overview :
Binder PVDF is an important part of the positive and negative electrodes of lithium ion batteries. It is used to bind the active materials and the active materials and The binder between the current collector. Is the 1 kind of macromolecule two polymer materials. Its performance determines the binding force between the positive and negative active materials of the battery and between the matrix
Overview :
Binder PVDF is an important part of the positive and negative electrodes of lithium ion batteries. It is used to bind the active materials and the active materials and The binder between the current collector. Is the 1 kind of macromolecule two polymer materials. Its performance determines the binding force between the positive and negative active materials of the battery and between the matrix
R&Dサポートが必要ですか?
主要な製品カテゴリを確認し、バッテリー材料をCanrdのR&Dサービスにつなげます。
実験材料
カテゴリバッテリー研究向けの正極、負極、電解液、セパレーターなど。
正極・負極・電解液材料を見る →実験装置
カテゴリパイロットライン、治具、試験ワークフロー向けのバッテリー実験装置。
バッテリー実験装置を見る →電極とセル
カテゴリR&D検証向けのカスタム電極、乾燥セル、セル部材。
カスタムバッテリー電極とセルを見る →ナトリウム電解液
カテゴリナトリウム電池研究と検証向けのナトリウムイオン電解液。
ナトリウム電池電解液を見る →R&Dサービス
サービス材料評価からセル作製、故障解析までの一貫したバッテリーR&Dサービス。
Canrd R&Dサービスを見る →材料評価
サービスバッテリー材料の特性評価、電気化学試験、適合性評価。
バッテリー材料を評価する →電極作製
サービス対象化学系とプロセスに合わせたカスタム電極シートやロール。
電極作製を依頼する →セル作製
サービスR&D検証向けの乾燥セル、組立セル、カスタムセル形式。
カスタム研究セルを作製する →お問い合わせ
ページCanrdが製品、材料、サービスをプロジェクトに合わせて提案します。
製品とR&Dサポートを受ける →


