Product List
(Total 20 Products )
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Min. Order: 1,000 ct
- Type: Cubic Boron Nitride
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Synthesis of Cubic Boron Nitride Method: Static High Pressure Catalytic Method
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1,000 ct
- Type: Cubic Boron Nitride
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Synthesis of Cubic Boron Nitride Method: Static High Pressure Catalytic Method
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1,000 ct
- Type: Cubic Boron Nitride
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Synthesis of Cubic Boron Nitride Method: Static High Pressure Catalytic Method
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1,000 ct
- Type: Cubic Boron Nitride
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Synthesis of Cubic Boron Nitride Method: Static High Pressure Catalytic Method
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Synthesis of Cubic Boron Nitride Method: Dynamic Impact Method
- Application: Machinery and Electronics
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Synthesis of Cubic Boron Nitride Method: Dynamic Impact Method
- Application: Machinery and Electronics
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Synthesis of Cubic Boron Nitride Method: Dynamic Impact Method
- Application: Machinery and Electronics
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Application: Microelectronics
- Trademark: bsdar
- Origin: Zhengzhou, Henan
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Application: Microelectronics
- Trademark: bsdar
- Origin: Zhengzhou, Henan
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Application: Microelectronics
- Trademark: bsdar
- Origin: Zhengzhou, Henan
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Application: Machinery and Electronics
- Trademark: bsdar
- Origin: Zhengzhou, Henan
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1,000 ct
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Application: Aerospace
- Trademark: bsdar
Min. Order: 1 kg
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Characteristics of Natural Diamond: Compressive Strength
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1 kg
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Application: Machinery and Electronics
- Trademark: bsdar
Min. Order: 1 kg
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Characteristics of Natural Diamond: Compressive Strength
- Synthesis of Cubic Boron Nitride Method: Static High Pressure Catalytic Method
- Application: Microelectronics
Min. Order: 1 kg
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Characteristics of Natural Diamond: Compressive Strength
- Synthesis of Cubic Boron Nitride Method: Static High Pressure Catalytic Method
- Application: Microelectronics
Min. Order: 1 kg
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Thermal Stability
- Characteristics of Natural Diamond: Transmission Rate
- Synthesis of Cubic Boron Nitride Method: Static High Pressure Catalytic Method
- Application: Machinery and Electronics
Min. Order: 1 kg
- Type: Diamond
- Classification of Diamond: Artificial
- Characteristic: High Hardness
- Characteristics of Natural Diamond: Compressive Strength
- Synthesis of Cubic Boron Nitride Method: Dynamic Impact Method
- Application: Machinery and Electronics