Swarovski Hotfix Crystals
A collection page of Bluestreak Crystals
About
Swarovski hotfix crystals are precision-cut Austrian flatback rhinestones with a heat-activated adhesive pre-applied to the reverse, available in the complete range of sizes from SS3 to SS48, across 150+ colours and effects, and in every shape including round, shaped and specialty cuts. Apply using a hotfix applicator wand, heat press or household iron to bond permanently to fabric and textiles without separate adhesive. Bluestreak Crystals stocks the complete Swarovski hotfix range across all sizes, shapes and colours, with same or next working day dispatch on the majority of orders. Bluestreak Crystals: Authorised Swarovski Distribution Partner Bluestreak Crystals is an official Swarovski Authorised Distribution Partner , one of a very small number of approved suppliers worldwide permitted to sell the complete genuine Swarovski hotfix range. Every crystal is directly sourced from Swarovski Wattens, Austria, and quality-assured. Alongside the Swarovski range, we also stock two further premium crystal brands: Serinity hotfix crystals , our own Austrian-made brand, and Preciosa hotfix crystals , premium Czech-cut crystals with excellent brilliance across the full range. What Are Swarovski Hotfix Crystals? Swarovski hotfix crystals are flatback rhinestones with a heat-activated adhesive pre-applied to the foil backing. When heat is applied using a hotfix applicator wand, heat press or household iron with the steam turned off, the adhesive melts and bonds the crystal permanently to the fabric or textile surface. Once cooled, the crystal is securely fixed without any separate glue required. The hotfix adhesive is built into the crystal at the point of manufacture, making application faster, cleaner and more consistent than adhesive-based methods, with no risk of glue seepage or surface contamination. The Swarovski hotfix range uses three precision cuts across the full size range. The 2000 Rose cut covers SS3 and SS4 with 8 facets for clean, classic light refraction at t
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