光学ガラス
水酸化バリウムは光学ガラスに使用され、屈折率と光透過率を高め、熱安定性や表面の光沢を向上させることで、高性能な光学製品の製造に役立っています。
塩化バリウムシリーズ
High Purity Barium Chloride Dihydrate
- CAS番号：
- 10326-27-9
- 純度：
- ≥97%
Barium Chloride Dihydrate is a high-purity inorganic barium salt widely used in electronic ceramics, specialty glass, and fine chemical industries.Houjin Barium Salts is a professional manufacturer and global supplier of high purity barium chloride products with strict impurity control and stable batch-to-batch quality.
Professional High Purity Barium Chloride Manufacturer Since 1996
Barium Chloride Dihydrate is a high-purity inorganic barium salt widely used in electronic ceramics, specialty glass, and fine chemical industries.
Houjin Barium Salts is a professional manufacturer and global supplier of high purity barium chloride products with strict impurity control and stable batch-to-batch quality.
Product Information
Item | Specification |
Product Name | High Purity Barium Chloride Dihydrate |
Chemical Formula | BaCl₂·2H₂O |
CAS No. | 10326-27-9 |
EINECS No. | 233-788-1 |
Appearance | White crystalline powder |
Purity | ≥97% |
Packaging | 25kg bag / 1000kg jumbo bag |
Origin | China |
Technical Specification (High Purity Grade)
Item | Specification |
BaCl₂·2H₂O Purity | ≥97% |
Strontium (Sr) | ≤10 ppm |
Calcium (Ca) | ≤50 ppm |
Iron (Fe) | ≤5 ppm |
Na + K | ≤0.01% |
Water Insoluble Matter | ≤0.01% |
Product Advantages
✔ High purity with controlled ppm-level impurities
✔ Stable chemical performance between batches
✔ Suitable for advanced industrial applications
✔ Strict quality inspection system
✔ Reliable global export supply
✔ Factory direct pricing
1. Electronic Ceramics Industry
Barium Chloride Dihydrate is widely used as a barium ion source (Ba²⁺) in the production of advanced ceramic materials such as:
· Barium Titanate (BaTiO₃)
· PTC thermistors
· MLCC dielectric ceramics
· Ferroelectric materials
· Piezoelectric ceramics
It is commonly used in hydrothermal and co-precipitation synthesis processes.
2. Optical & Specialty Glass Industry
Used in high-end glass manufacturing to improve:
· Optical clarity
· Refractive index control
· Chemical stability
· Low-iron glass performance
Applications include:
· Optical glass
· LCD display glass substrates
· OLED glass
· Specialty transparent glass
3. Fine Chemicals & Laboratory Applications
Used as a precursor for:
· High purity barium salts
· Analytical reagents
· Chemical intermediates
· Specialty inorganic compounds
Packaging Options
· 25kg woven bag with PE inner liner
· 50kg heavy-duty bag
· 1000kg jumbo bag
Storage Conditions
This product is:
· Highly hygroscopic
· Sensitive to moisture absorption
Storage requirements:
· Dry and ventilated warehouse
· Tight sealing after opening
· Avoid humidity exposure
· Keep away from acids and moisture sources
Safety Information
Barium Chloride Dihydrate is a toxic inorganic chemical.
Personal protection required:
· Gloves
· Safety goggles
· Dust mask
Avoid inhalation and direct contact.
主要産業向けバリウム溶液
電子セラミックス
高純度バリウム源として以下に使用されます： ・バリアンチタン酸化物の合成 ・MLCC（多層セラミックコンデンサ）用誘電体セラミックス ・電子用セラミックコンデンサ ・PTCサーミスタ ・フェロエレクトリックおよび圧電セラミックス
スペシャルガラス
水酸化バリウムは、屈折率、光透過率および熱安定性を高めることで光学ガラスの性能を向上させ、精密光学部品に最適です。
PVC安定剤
塩化バリウム二水和物は、PVC安定剤としてBa²⁺イオンを供給し、PVC製品の熱安定性および加工性能を向上させるための主要な反応物質として機能します。
水処理
八水酸バリウム水酸化物は水処理に使用され、重金属や不純物を除去し、水のpH値を調整するとともに、工業廃水を効率的に浄化します。
よくある質問
Contact us for:
· Fast RFQ response
· Sample request
· Technical support
· OEM packaging solutions
Yes. We are a professional manufacturer established in 1996, specializing in:
· Barium Chloride series
· Barium Hydroxide series
· High purity barium chemicals
Yes. We provide:
· COA (Certificate of Analysis)
· SDS (Safety Data Sheet)
· TDS (Technical Data Sheet)
· Laboratory samples
Controlled impurities include:
· Sr (Strontium)
· Ca (Calcium)
· Fe (Iron)
Na + K (Sodium & Potassium)
Yes. It is highly soluble and dissociates as:
BaCl₂ → Ba²⁺ + 2Cl⁻
Yes. It improves:
· Transparency
· Optical stability
· Refractive index control
· Low-iron glass quality
Impurities such as:
· Fe (Iron)
· Na (Sodium)
· Ca (Calcium)
· Si (Silicon)
can negatively affect:
· Dielectric performance
· Crystal structure stability
· Electrical reliability
Yes. It is widely used as a precursor in:
· Hydrothermal synthesis
· Co-precipitation methods
· Wet chemical processes
It helps control particle formation and purity of BaTiO₃.
High purity grade has:
· Lower Na, Fe, Ca, Mg impurities
· ppm-level trace metal control
· Higher consistency in chemical performance
It is used in advanced materials rather than general industrial applications.
It is mainly used in:
· Electronic ceramics manufacturing
· Barium titanate (BaTiO₃) production
· Optical and specialty glass
· Fine chemical synthesis
It provides a stable source of Ba²⁺ ions for advanced material production.