[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· Zircon Series: It is a tough zircon abrasive with increased compression and destructive strength made of crystalline zirconia (ZrO2) and amorphous silicon oxide (SiO2) melted by the electrofusion method, with the crystal phase and amorphous phase bonded in high density using the conventional combustion method.· It has a bead shape and is heavy and tough, making it suitable for general cleaning (glass beads substitution)

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c

[Features]· The spherical glass beads do not grind the machining surface more than necessary to provide a uniform satin finish.· Soda-lime glass abrasive material with an even finish and excellent physicochemical stability.· Since the machined surface is not ground more than necessary and does not cause contamination, it enables highly precise surface machining, providing a unique matte surface on the workpiece.· Also used extensively in shot peening work for protecting the metal from breakage c