S007

Name and positioning. The data page title reads "Octyl nano antimony-doped tin dioxide S007", while the body text and product data use "zinc-based nano antimony-doped tin dioxide"—the two spellings coexist and are recorded as such; this page presents them using the body text and data layer spelling "zinc-based". (Data source: product handbook / official product data)

Performance and characteristics (quoted verbatim): "Zinc-based nano antimony-doped tin dioxide is an N-type semiconductor material with non-resistive transparent conductivity in the semiconductor field, and is a novel multifunctional conductive material with great development potential. S007 can be applied in various glass, plastics, and various resins to provide transparency, conductivity, antistatic and radiation-blocking, UV and infrared blocking effects." (Data source: product handbook / official product data)

Conductivity (quoted verbatim): "The interaction of uniformly dispersed conductive nano ultrafine particles forms a conductive film, and charge movement within the conductive film can achieve high transmittance and antistatic performance (30Ω.cm2)." (Data source: product handbook / official product data)

Transparency (quoted verbatim): "S007 nano ultrafine particles have extremely weak absorption of visible light (380nm-780nm), and are composed of particles of a size that makes visible light difficult to scatter, so they have high transparency, infrared and ultraviolet blocking, and radiation-blocking performance that effectively blocks infrared radiation and ultraviolet radiation; the infrared blocking effect reaches over 90%, and the ultraviolet blocking effect reaches over 75%." (Data source: product handbook / official product data)

• Antistatic: 30Ω.cm² (quoted verbatim).
• Infrared blocking effect reaches over 90%; ultraviolet blocking effect reaches over 75% (quoted verbatim).
• Visible light band 380nm–780nm "extremely weak absorption"—a transparency statement (quoted verbatim).
• This grade is a historically listed grade (Discontinued), documentation retained; this page is compiled as-is from historical documentation.

Conductive path (as described in the data): "The interaction of uniformly dispersed conductive nano ultrafine particles forms a conductive film, and charge movement within the conductive film can achieve high transmittance and antistatic performance (30Ω.cm2)." (Data source: product handbook / official product data)

Transparency path (as described in the data): the particles have extremely weak absorption of visible light (380nm-780nm), and the particle scale makes scattering of visible light difficult ⇒ high transparency and UV and IR blocking performance (IR blocking ≥90%, UV blocking ≥75%). (Data source: product handbook / official product data)

Usage form: the data describes the application path through coating-type processes—"Physical or chemical vapor deposition coating is used to impart antistatic performance, radiation-blocking performance, etc. to the workpiece." (Data source: product handbook / official product data)

1. Dispersion — Nano ultrafine particlesUniform dispersion of conductive nano ultrafine particles.
2. Film formation — Interaction forms a conductive filmCharge movement in the conductive film achieves high transmittance and antistatic performance (30Ω.cm2).
3. Function — UV and IR blocking · Radiation blockingInfrared blocking effect reaches over 90%, ultraviolet blocking effect reaches over 75%, used in thermal insulation, UV blocking, radiation-blocking, and antistatic scenarios.

The table below summarizes the key indicators of S007 recorded in the documentation (original wording and units from the documentation are retained).

This grade's entry does not list a complete physicochemical property table, prohibited items, or dedicated tests; items not recorded in the documentation do not appear in this table. (Data source: product handbook / official product data)

Let us state the conclusion first: the documentation for this grade does not include a dosage section ⇒ this page does not provide dosage values, nor does it draft a denominator on its behalf. The actual check is as follows:

Two points must be made clear. First, the documentation does not provide a dosage range or application-specific values ⇒ there is no value to cite, and this page does not fabricate one. Second, this grade has no directional provision of the 'the thinner, the more to add' type—the documentation contains no such wording, so this page does not state it, nor does it apply directional conclusions from other grades. (Data source: product handbook)

This note truthfully explains the missing item: dosage values can be added to the page only after the documentation is supplemented; this page does not provide a range or a denominator. (Data source: product handbook)

The application directions listed in the documentation are as follows:

Architectural glass / automotive glass industry

Used for large-area magnetron sputtering coating in industries such as architectural glass, automotive glass, low-emissivity glass, thin-film solar cells, and ATO Film, increasing thermal insulation performance, UV-blocking performance, radiation-shielding performance, antistatic performance, etc.

Flexible roll-to-roll coating industry

The documentation lists the flexible roll-to-roll coating industry direction.

Optical coating industry

Suitable for coating of various display basic components such as TFT, FED, PDP, OLED, and CF (color filter), as well as the large-scale integrated circuit coating field.

Specialty direction

The documentation states, 'also used for infrared stealth of fighter jets and warships, etc.'

S007 is in the transparent conductive material direction. Grades that share the 'conductivity / antistatic' theme have different directions; select according to the target. The comparison is as follows:

Reading note: The comparison only indicates each product's documentation positioning and applicable target; the three grades all relate to the conductivity / antistatic theme, but their categories and targets differ, so values cannot be applied interchangeably. (Data source: product handbook)

The following points are taken item by item from the documentation; items not listed in the documentation are not drafted.

The data on this page comes from product documentation and can be traced item by item:

• Product handbook: S007 entry (product performance and characteristics / conductivity / transparency / application scope / optical coating industry / packaging).
• Documentation cross-verification: the same grade entry has identical excerpted text across three documents—the handbook, the comprehensive series volume, and the content-edited version (single source family, cross-verified across three volumes).

Not covered by the source material (not written on this page — to be added later)

• Name wording: the page title 'octyl' and the body text 'zinc-based' coexist ⇒ this page presents according to the body text and data layer, registered as-is.
• Dosage: this grade's documentation does not provide a dosage section ⇒ this page gives no numerical value.
• Complete physicochemical property table, storage conditions, shelf life: not listed in this grade's entry ⇒ not drafted.
• Prohibited items and safety operation data (MSDS level): not recorded in the existing documentation.

S007 is listed as a discontinued grade; the documentation is retained. This page is compiled from historical source material and is not a recommendation of a currently supplied product; please base your selection on current production grades and the latest documentation.