Rutile Titanium Dioxide Supplier for US Buyers

US coatings, plastics and masterbatch manufacturers run rutile titanium dioxide through demanding end-use conditions — outdoor architectural coatings, industrial finishes, plastic masterbatch compounding, and high-temperature processing lines. Process selection and grade fit drive opacity, gloss, weather resistance and dispersion behavior; price alone does not determine a grade's suitability for a given application.

We supply rutile TiO₂ grades manufactured in Malaysia under REACH registration 01-2119489379-17-0039, with documentation-ready compliance packs for international buyers based on grade and destination. We focus these grades on documented performance and batch-level traceability — the evaluation we run with US technical teams anchors on the four performance properties and a documented benchmark comparison.

This page walks US technical buyers through the property comparisons we run during grade matching, the documentation we keep on file for each batch, and the evaluation funnel we use before bulk purchasing — from TDS / SDS / COA review through sample / trial-batch testing to formal technical RFQ.

When we sit down with a US technical team for the first conversation, four properties almost always anchor the discussion: opacity, whiteness, dispersibility and weather resistance. These four drive the visible and durable performance of a TiO₂ grade in coatings and plastics; every other parameter (TiO₂ content, surface treatment, oil absorption, specific gravity) modulates how those four play out.

Opacity and hiding power are usually the first comparison numbers buyers want — measured against the buyer's current benchmark product. Whiteness is measured against agreed-upon reference tiles; CIE L* a* b* readings are the standard reporting format and we will provide ours alongside yours. Dispersibility is application-specific: coatings dispersion tests, plastics melt-dispersion tests, and masterbatch let-down tests each surface different behavior. Weather resistance is the property that varies most by grade family: chloride-process rutile (such as M-350) and sulfate-process rutile (such as M-996) each carry documented accelerated-weathering data on file.

We recommend that US buyers compare these four properties against their current grade at equivalent TiO₂ loading and against an agreed reference substrate. Our technical team will line up the TDS-level numbers, the SA-curve scan results, and the relevant ISO / ASTM weather-resistance data for each candidate grade before recommending one over another.

US coatings buyers commonly evaluate M-350 (chloride-process rutile) as a flagship coatings grade against incumbent chloride-process benchmarks; the grade is documented for exterior architectural coatings, industrial finishes and powder coatings with strong outdoor durability. For durable-architectural and high-opacity interior / exterior applications where sulfate-process chemistry is preferred, M-996 sits in the comparison set; both grades are REACH-registered and carry batch-level documentation.

Plastics and masterbatch manufacturers evaluating rutile TiO₂ for injection molding, extrusion or compounding typically run the evaluation on two axes: dispersibility at the let-down ratio they actually use, and weather-resistance under their end-use specification. M-350 and M-996 cover most of this band; the technical decision is usually the loading curve and the surface-treatment compatibility with the carrier resin. Each commercial shipment is packed against the buyer's specification — 25 kg kraft bags, 1 MT jumbo bags or per-spec packaging — with TDS, SDS and batch COA shipped alongside the goods.

If your formulation has an incumbent benchmark product (a chloride rutile, a sulfate rutile, or a grade from a US / European producer), we will run a side-by-side comparison on the four anchor properties above and report TDS-level numbers alongside your benchmark results. The reference pages for the two flagship grades are linked below for direct evaluation.

M-350 — flagship coatings grade (chloride-process rutile)

M-996 — durable-architectural (sulfate-process rutile)

Every commercial shipment of rutile TiO₂ from IKHLAS TITANIUM ships with the documentation a US buyer's QC team needs to release the goods: the technical data sheet (TDS) for the grade, the safety data sheet (SDS), and the certificate of analysis (COA) for the specific batch on the pallet. We keep template TDS / SDS documents up to date with each grade's REACH dossier; batch COA numbers are reconciled against manufacturing records.

US buyers can request the TDS, SDS and batch COA at the RFQ stage or at any point during the technical evaluation — they are not gated behind a purchase order. For buyer-specific requirements (heavy-metal declarations, conflict-mineral reporting, specific grade declarations for end-customer audits), we surface the requested attestation as part of the technical conversation rather than routing it through a separate document pipeline.

Where a US downstream specification requires REACH compliance attestations, food-contact-related declarations, or specialized documentation, we discuss the requirement at RFQ intake and align on the document set before the first shipment. Requesting documentation through the RFQ keeps the conversation with the same technical contact who handles the grade-match discussion.

Most US technical buyers we work with follow a four-stage evaluation before committing to a bulk order: TDS / SDS / COA document review → sample or trial-batch request → technical RFQ submission with application + benchmark grade + performance requirements + trial quantity → bulk order against an agreed specification. Our role is to shorten each stage so the buyer can move forward with confidence, not to skip any stage.

Document review happens before any sample moves: we share the TDS, SDS and batch COA for the candidate grades and stand by to answer technical questions over email. Sample or trial-batch requests are evaluated against the buyer's application and benchmark product; small samples for laboratory screening ship quickly, while trial-batch volumes for production evaluation require a more defined scope and a quoted lead time.

Technical RFQ submission is the cleanest point at which the four anchor properties (opacity, whiteness, dispersibility, weather resistance), the buyer's application, the benchmark grade, the required performance specification and the trial quantity are all captured in one place. From there, our team replies with a documented recommendation, a quoted cost, and a confirmed lead time. Bulk orders are released against that agreed specification; the same TDS / SDS / COA documentation that supported the evaluation flows with each shipment.

Sample requests from US buyers are reviewed at the RFQ intake so we can align on the application, the benchmark product, the screening test the buyer wants to run, and the volume required. For laboratory screening (a few hundred grams to a few kilograms), samples can usually ship within a working week of a clean request. For trial-batch volumes (typically tens of kilograms to a few metric tons), we align on a defined evaluation program and quote the trial-batch cost separately from a bulk order.

The sample evaluation program covers the four anchor properties plus the application-specific tests the buyer's formulation team wants to run — a coatings dispersion sweep, a plastics melt-dispersion run, a masterbatch let-down test, or an outdoor-accelerated weathering program with a defined duration. Our technical team stays available across this evaluation: results, formulation questions, and re-recommendations all flow back through the same technical contact.

Where the trial-batch evaluation produces a go-decision, we move into the RFQ for the bulk order with the agreed specification. Where the evaluation produces a no-go result, the technical contact closes the loop with a documented recommendation and the four-property comparison stays on file for future reference — future RFQs from the same buyer start from that documented baseline instead of from a blank sheet.

To move from inquiry to quotation on a US technical RFQ we need: company name and contact details, the application (coatings, plastics, masterbatch, ink, or a specific formulation), the current or benchmark grade, the required performance properties (anchored to the four properties above plus any application-specific tests), monthly or annual quantity, trial quantity for sample evaluation, destination port or delivery location, the documentation set you require (TDS, SDS, COA, REACH attestation, buyer-specific declarations), and the technical contact for the discussion. Submitting these through the shared RFQ form routes everything to our technical team in one place.

We do not publish a public TiO₂ price list. Quotation depends on grade, application context, monthly or annual volume, packaging, destination and documentation set — quoting against an incomplete specification produces a number that cannot be honored at order time. A clean RFQ submission is the fastest path to a quotation that holds.

Once the RFQ is submitted, our technical team replies with the recommended grade, the documented evaluation plan, and a quoted price for the sample / trial-batch step (or the bulk order, depending on the RFQ). From there, the same contact stays with the project across sample evaluation, bulk order and ongoing supply.