TIPAQUE FT-3000 exhibits superior conductivity and other properties compared to spherical products due to its unique needle-like structure, enhancing the strength of coating materials. It demonstrates outstanding chemical and physical stability even under humid conditions. Under strong dispersion conditions, the needle-like structure of FT-3000 exhibits superior conductivity compared to other spherical products (e.g., potassium titanate hydroxide). Furthermore, the white color of FT-3000 is easi
Ingredients: | TiO2, SnO2, Sb doped | |
TiO₂ Crystal Form: | rutile type | |
Particle Size (μm): | D:0.27 | |
L:5.15 | ||
Powder Resistivity (Ω·cm): | 1) | 10-60 |
Specific Gravity: | 2) | 4.4 |
Specific Surface Area (m²/g): | 2-8 | |
Oil Absorption (g/100g): | 50-70 | |
Powder L-Value: | 90-95 | |
1) Average standard surface area measured by the Impression Analyzer | ||
------D: Diameter, L: Length | ||
3)2) 100 kg/cm² pressed powder | ||
Usage Recommendations
Static electricity generation poses a significant challenge in many new materials, particularly in the production of electronic devices and buildings requiring clean environments. The FT-3000 helps reduce static electricity that may build up on coated surfaces and the surfaces of underlying materials (plastics, rubber, fabrics, recording paper, and other materials requiring antistatic properties).
Ingredients: | TiO2, SnO2, Sb doped | |
TiO₂ Crystal Form: | rutile type | |
Particle Size (μm): | D:0.27 | |
L:5.15 | ||
Powder Resistivity (Ω·cm): | 1) | 10-60 |
Specific Gravity: | 2) | 4.4 |
Specific Surface Area (m²/g): | 2-8 | |
Oil Absorption (g/100g): | 50-70 | |
Powder L-Value: | 90-95 | |
1) Average standard surface area measured by the Impression Analyzer | ||
------D: Diameter, L: Length | ||
3)2) 100 kg/cm² pressed powder | ||
Usage Recommendations
Static electricity generation poses a significant challenge in many new materials, particularly in the production of electronic devices and buildings requiring clean environments. The FT-3000 helps reduce static electricity that may build up on coated surfaces and the surfaces of underlying materials (plastics, rubber, fabrics, recording paper, and other materials requiring antistatic properties).
Description
TIPAQUE FT-3000 exhibits superior conductivity and other properties compared to spherical products due to its unique needle-like structure, enhancing the strength of coating materials. It demonstrates outstanding chemical and physical stability even under humid conditions. Under strong dispersion conditions, the needle-like structure of FT-3000 exhibits superior conductivity compared to other spherical products (e.g., potassium titanate hydroxide). Furthermore, the white color of FT-3000 is easier to tint than other products.
Specification
Ingredients: | TiO2, SnO2, Sb doped | |
TiO₂ Crystal Form: | rutile type | |
Particle Size (μm): | D:0.27 | |
L:5.15 | ||
Powder Resistivity (Ω·cm): | 1) | 10-60 |
Specific Gravity: | 2) | 4.4 |
Specific Surface Area (m²/g): | 2-8 | |
Oil Absorption (g/100g): | 50-70 | |
Powder L-Value: | 90-95 | |
1) Average standard surface area measured by the Impression Analyzer | ||
------D: Diameter, L: Length | ||
3)2) 100 kg/cm² pressed powder | ||
Usage Recommendations
Static electricity generation poses a significant challenge in many new materials, particularly in the production of electronic devices and buildings requiring clean environments. The FT-3000 helps reduce static electricity that may build up on coated surfaces and the surfaces of underlying materials (plastics, rubber, fabrics, recording paper, and other materials requiring antistatic properties).
Features
FT-3000 exhibits superior conductivity and other properties compared to spherical products due to its unique needle-like structure, and enhances the strength of coating materials.
Application
Conductive Anti-Static Coatings and Inks
Package
5 kg per bag
REMARK |
The above information is believed to be accurate and presents the best explanation currently available to us. We assume no liability resulting from above content. The technical standards are formulated and revised by customers’ requirement and us, if there are any changes, the latest specification will be executed and confirmed in the contract. |

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