R996 Rutile Titanium Dioxide TiO2 White Pigment for Powder-Coating Trials, 95% Purity and 50 nm Designations

R996 is identified as an industrial white titanium dioxide pigment with rutile, 95% purity and 50 nm particle-size designations. A powder-coating enquiry should confirm the actual offered grade and measurement basis before attributing optical or process performance to those terms.

Confirm the R996 identity and crystal designation

Request current product-specific technical and safety documents that reconcile the chemical identifiers and actual grade. The TiO2 formula and rutile designation identify the proposed pigment context, while the actual surface treatment and composition still need confirmation rather than inference from the model.

Define what the 50 nm size represents

Obtain the measurement method and clarify whether the stated value describes the relevant particle population for the intended process. Request the applicable distribution and preparation information rather than treating a single nanometre value as a complete powder specification or a guarantee of dispersion.

Composition criterion

Confirm the 95% purity designation through a current assay with relevant impurity limits.

Optical target

Define the reference and film tests needed for the actual coating's colour and opacity requirements.

Processing brief

Identify the binder and the conditions used to assess the offered R996 pigment.

Assess each pigment use in its actual matrix

Paint, printing ink and plastic are also identified directions, each needing its own formulation comparison. A rutile name or particle-size designation does not supply measured hiding, durability or compatibility across these systems, so use representative samples and relevant acceptance criteria.

For R996, establish the confirmed chemical identity, offered grade and particle-test basis first. The relevant powder-coating trial should then determine whether the proposed pigment meets the project's actual optical and processing requirements.