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公司名稱 上海巨納科技有限公司
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更新時間 2020/12/27 1:04:25
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2020年01月08日至 2020年02月08日

特價促銷

模內澆口分離自動化，降低對人的依賴度；傳統的塑膠模具開模后產品與澆口相連，需二道工序進行人工剪切分離，模內熱切模具將澆口分離提前至開模前，消除后續工序，有利于生產自動化，降低對人的依賴。

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NANO- MICRO SALTS
REF.	Product	Family	Subfamily	Others	Quantity
800000	CaCO3 nanoparticles	Nano-micro Salts	Nanosalt	CaCO3 nanopowder Particle shape: cubic Primary particle average size: 90±15 nm, Specific surface: 20 m2/g Bulk Density: 0,4 g/cm3	25 g
800000	CaCO3 nanoparticles	Nano-micro Salts	Nanosalt	CaCO3 nanopowder Particle shape: cubic Primary particle average size: 90±15 nm, Specific surface: 20 m2/g Bulk Density: 0,4 g/cm3	100 g
800001	CaCO3 microparticles, 3µm	Nano-micro Salts	Microsalt	Absorbs polyelectrolytes and proteins in mesopores strongly. Purity: > 99,0% Particles shape: mesoporous, spherical ,Surface morphology: rough Average particle size: 2-3 µm Specific surface: > 18 m2/g	1g
800001	CaCO3 microparticles, 3µm	Nano-micro Salts	Microsalt	Absorbs polyelectrolytes and proteins in mesopores strongly. Purity: > 99,0% Particles shape: mesoporous, spherical ,Surface morphology: rough Average particle size: 2-3 µm Specific surface: > 18 m2/g	5g
800001	CaCO3 microparticles, 3µm	Nano-micro Salts	Microsalt	Absorbs polyelectrolytes and proteins in mesopores strongly. Purity: > 99,0% Particles shape: mesoporous, spherical ,Surface morphology: rough Average particle size: 2-3 µm Specific surface: > 18 m2/g	10g
800002	CaCO3 microparticles, 6µm	Nano-micro Salts	Microsalt	Absorbs polyelectrolytes and proteins in mesopores strongly. Purity: > 99,0% Particles shape: mesoporous, spherical ,Surface morphology: rough Average particle size: 6 µm Specific surface: > 18 m2/g	1g
800002	CaCO3 microparticles, 6µm	Nano-micro Salts	Microsalt	Absorbs polyelectrolytes and proteins in mesopores strongly. Purity: > 99,0% Particles shape: mesoporous, spherical ,Surface morphology: rough Average particle size: 6 µm Specific surface: > 18 m2/g	5g
800002	CaCO3 microparticles, 6µm	Nano-micro Salts	Microsalt	Absorbs polyelectrolytes and proteins in mesopores strongly. Purity: > 99,0% Particles shape: mesoporous, spherical ,Surface morphology: rough Average particle size: 6 µm Specific surface: > 18 m2/g	10g
800003	MnCO3 microparticles, 2-3 µm	Nano-micro Salts	Microsalt	Purity: > 99,0% Particles shape: spherical Surface morphology: rough Particle size full range: 2 - 3 µm	1g
800003	MnCO3 microparticles, 2-3 µm	Nano-micro Salts	Microsalt	Purity: > 99,0% Particles shape: spherical Surface morphology: rough Particle size full range: 2 - 3 µm	5g
800003	MnCO3 microparticles, 2-3 µm	Nano-micro Salts	Microsalt	Purity: > 99,0% Particles shape: spherical Surface morphology: rough Particle size full range: 2 - 3 µm	10g
800004	MnCO3 microparticles, 4-5 µm	Nano-micro Salts	Microsalt	Purity: > 99,0% Particles shape: spherical Surface morphology: rough Particle size full range: 4 - 5 µm	1g
800004	MnCO3 microparticles, 4-5 µm	Nano-micro Salts	Microsalt	Purity: > 99,0% Particles shape: spherical Surface morphology: rough Particle size full range: 4 - 5 µm	5g
800004	MnCO3 microparticles, 4-5 µm	Nano-micro Salts	Microsalt	Purity: > 99,0% Particles shape: spherical Surface morphology: rough Particle size full range: 4 - 5 µm	10g
800005	Iron Iodate, nonlinear optics nanocrystals	Nano-micro Salts	Microsalt	Fe(IO3)3 nanopowder, Particle shape:spherical to elongate, Primary particle size 40-80 nm, Second harmonic generationn nanoparticles for non-linear optics	1 g
800005	Iron Iodate, nonlinear optics nanocrystals	Nano-micro Salts	Microsalt	Fe(IO3)3 nanopowder, Particle shape:spherical to elongate, Primary particle size 40-80 nm, Second harmonic generationn nanoparticles for non-linear optics	10 g
800006	Barium titanate	Nano-micro Salts	Microsalt	BaTiO3, nanopowder, hydrophilic. Primary particle average size: 40-80 nm	1 g
800006	Barium titanate	Nano-micro Salts	Microsalt	BaTiO3, nanopowder, hydrophilic. Primary particle average size: 40-80 nm	10 g