Titanium dioxide Rutile
Content: 93% min
Rutile type conversion rate: 98% min
Whitemess: 97% min
Tint Redusing Power, compared with standard
Samples: 100% min
105 Volatile matter: 0.8% max
Oil Absorption: 23 max
45 um sieve residue: 0.05% max
pH value of aqueous suspension: 6.5-8.0
Hiding power: 25.0 max
Water-soluble Matter: 0.5% max
Rutile Titanium Dioxide R317--Water Paint
TiO2 (%)min 80.23
White degree (contrast to the standard sample) (%)min 97
Tint reducing power (contrast to the standard sample) (%)min 100
Volatile content (105c after 23c, 24h) (%)max 0.49
Water Soluble Matter (%)max 0.47
Oil absorption (Gram per 100g)max 23
PH of aqueous suspension 6.5-8.0
Resistivity in water extraction min 30
Residue on Sieve 45μ(%)max 0.091
Rutile Titanium Dioxide R316--Powder Paint
Index TiO2 (%)min 90
White degree (contrast to the standard sample) (%)min 97
Tint reducing power (contrast to the standard sample) (%)min 100
Volatile content (105 after 23, 24h) (%)max 0.5
Water Soluble Matter (%)max 0.5
Oil absorption (Gram per 100g)max 21
PH of aqueous suspension 6.5-8.0
Resistivity in water extraction min 30
Residue on Sieve 45μ(%)max 0.01
Rutile Titanium Dioxide R318
Index TiO2 (%)min 94
White degree (contrast to the standard sample) (%)min 99
Tint reducing power (contrast to the standard sample) (%)min 100
Volatile content (105 after 23, 24h) (%)max 0.5
Water Soluble Matter (%)max 0.5
Oil absorption (Gram per 100g)max 19
PH of aqueous suspension 6.5-8.0
Resistivity in water extraction min 30
Residue on Sieve 45μ(%)max 0.01
Titanium Dioxide Rutile (R338--PVC)
TiO2 (%)min 92
White degree (contrast to the standard sample) (%)min 97
Tint reducing power (contrast to the standard sample) (%)min 100
Volatile content (105ºC after 23ºC, 24h) (%)max 0. 5
Water Soluble Matter (%)max 0. 5
Oil absorption (Gram per 100g)max 23
PH of aqueous suspension 6. 5-8. 0
Resistivity in water extraction min 40
Residue on Sieve 45μ(%)max 0.1
Titanium Dioxide Anatase
Anatase Titanium Dioxide B101
Index TiO2 (%) 50-98
Whiteness (contrast to the standard sample) (%)min 99
Tint reducing power (contrast to the standard sample) (%)min 100
Volatile content (105 after 23, 24h) (%)max 0.5
Water Soluble Matter (%)max 0.5
Oil absorption (Gram per 100g)max 23
PH of aqueous suspension 6.5-8.0
Resistivity in water extraction min 30
Residue on Sieve 45μ(%)max 0.01
Anatase Titanium Dioxide-Cosmetic Grade
Index TiO2 Min 98.5 %
Heavy Metal contents Plumbum (as Pb) Max 20 mg/kg
Arsenic (as As) Max 8 mg/kg
Barium (as Ba) Max 5 mg/kg
Mercury (as Hg) Max 1 mg/kg
Antimony (as Sb) Max 50mg/kg
Moisture Max 0.5 %
Water soluble substances Max 0.5 %
Acid soluble substances Max 0.5 %
PH 6.5-7.5
Dispersivity 98 %
Anatase Titanium Dioxide A101
TiO2 (%) min: 98
White degree (contrast to the standard sample) (%) min: 100
Tint reducing power (contrast to the standard sample) (%) min: 98
Volatile content (105 c after 23c, 24h) (%) max: 0.5
Water Soluble Matter (%) max: 0.5
Oil absorption (g/100g) max 22
PH of aqueous suspension: 6.5-8.0
Resistivity in water extraction min 60
Residue on Sieve 45μ(%) max 0.01
Anatase Titanium Dioxide--Enamal Grade
Index TiO2 (%)min 71.31
White degree (contrast to the standard sample) (%)min 97
Tint reducing power (contrast to the standard sample) (%)min 100
Volatile content (105 after 23, 24h) (%)max 0.38
Water Soluble Matter (%)max 0.4
Oil absorption (Gram per 100g)max 23.8
PH of aqueous suspension 6.5-8.0
Resistivity in water extraction min 30
Residue on Sieve 45μ(%)max 0.086
Application:
It is widely used in the industries of aqueous and solvent-based paints, electro-deposition paints, coating, plastics, rubber, printing ink, high quality paper, waxed paper and leather finishes, cosmetics, ceramic, etc.
