Solid Wax Beads for Jewelry Lost Wax and Candle-Making Requests, 0.5% Oil Content

Let’s define your requirement

Send a product link, drawing or short brief. We’ll work through the details with you.

  1. Confirm the specificationGrade or model, size and intended use.
  2. Define your orderQuantity, finish or configuration, and samples.
  3. Agree the quotation scopeIncluded work, key checks and delivery needs.
View the enquiry checklist
Product description
  • Application
    Candle Making
    Melting Point
    40-100℃(72-180℉)
  • Crystalline Index
    /
  • Forms
    Solid
    Oil Content (%)
    0.5
  • Scale of Deoiling
    /

Solid wax beads are offered as a raw-material direction with 0.5% oil content. Jewelry lost wax casting, 3D-printing workflows and candle-making are inquiry contexts to discuss. Confirm the actual wax grade and intended process before selecting the material for a particular job.

Wax form and oil-content requirement

The solid bead form and 0.5% oil content provide starting points for the material discussion. Define the composition or grade required by the project and confirm how its material acceptance will be established. Keep that grade definition attached to the intended use when agreeing which wax to order. Confirm the oil-content measurement basis for the selected wax formulation.

Jewelry, printing and candle-making scope

Explain the jewelry pattern, printing workflow or candle-making process in which the wax will be used. Confirm the role of the wax and compatibility with the relevant equipment and materials. For work connected to 3D printing, establish the actual process relationship before treating the beads as a direct printer feedstock.

Thermal acceptance and supplied material

Obtain a consistent, grade-specific melting-range specification and the working requirements for the chosen process. Agree any pattern, dimensional or residue acceptance needed by the job, using conditions appropriate to that actual wax grade. Confirm the supplied bead form, material scope and order quantity together, so selection rests on an approved process definition and the actual material being supplied.