British Wax - Rapeseed Coconut Wax Melt 4119

Knowde Enhanced TDS

Identification & Functionality

Chemical Family: Natural Waxes
Base Chemicals Functions: Intermediate
Technologies: Base Chemicals & Intermediates
Product Families: Base Chemicals & Intermediates — Intermediates
Hydrocarbons & Waxes

Features & Benefits

Labeling Claims: Pesticide-free,
Vegan,
Vegetarian
Base Chemicals Features: Excellent Mould Release,
Good Fragrance Load
Product Features & Benefits: Like our other Rapeseed waxes and melts, 4119 has excellent sustainability credentials and is vegetarian and vegan friendly.
This blend contains rapeseed sourced from existing agricultural land in the UK and EU, and coconut sourced from smallholders in Asia.
In this blend you will not find soy (GM free), palm (no deforestation), or beeswax (vegan friendly).
This completely natural, renewable, and sustainable wax melt blend is pesticide-free and includes no additives or dyes. It comes in block format and can be stored at room temperature.
4119 is bright white and achieves great color retention.
The performance of this blend is excellent in terms of cold & hot fragrance throw, enabling a 12-15% fragrance load.

Applications & Uses

Markets: Consumer Goods
Applications: Consumer Goods — Stationery, Art & Office Supplies
Base Chemicals End Uses: Candle
Applications: Candle Making
Product Usage Guidelines: When using dye, melt to 75°C to fully dissolve dye, without dye, 65°C is sufficient.
Avoid scorching or sustained temperature above 90°C.
Fragrance should be added at 60-65°C and stirred well. Fragrance compatibility should be tested as some may separate out when cooled. The higher the fragrance load, the greater likelihood of fragrance leaching, so testing is recommended. Good results have been achieved at 8% fragrance load.
This wax is quite versatile with regard to pouring, with good results are achievable pouring between 45-60°C in an ambient room, then allow to cool slowly and cure for 24 hours.

Properties

Regulatory & Compliance

Packaging & Availability