Candle Making Course

Lesson 1 • Wax Types and Properties

Compare paraffin, soy, beeswax, coconut, and palm waxes by melt point, scent throw, and appearance. Selecting the right wax is the first critical craft decision.

Lesson 2 • History and Science of Candles

Trace candle evolution from tallow dips to modern soy blends and understand combustion basics. This context anchors all technical decisions made later.

Lesson 3 • Workspace Setup and Safety

Establish an ergonomic, fire-safe workspace with proper ventilation and equipment layout. Safety protocols here apply throughout every subsequent chapter.

Lesson 4 • Wicks: Selection and Function

Understand wick construction, sizing charts, and how diameter and wax type determine burn quality. Proper wick choice prevents tunnelling and excessive soot.

Lesson 1 • Troubleshooting Container Candles

Diagnose and correct common defects including wet spots, frosting, sinkholes, and poor scent throw. Systematic troubleshooting builds quality control habits.

Lesson 2 • Melting and Temperature Control

Use double boilers and digital thermometers to melt wax safely within target ranges. Precise temperature control determines adhesion, scent retention, and surface finish.

Lesson 3 • Fragrance Addition and Blending

Add fragrance at the correct temperature to maximise scent throw and prevent separation. Students practise measuring by weight and blending multiple scents.

Lesson 1 • Specialty Pillar Shapes

Produce tapered, square, and novelty pillar shapes using adapted mould and pour techniques. Shape variety expands product range and creative expression.

Lesson 2 • Demoulding and Surface Finishing

Remove cured pillars cleanly and refine surfaces through buffing, heat guns, and polishing. Surface quality is the primary visual indicator of craftsmanship.

Lesson 3 • Mould Types and Preparation

Compare metal, plastic, silicone, and acrylic moulds and prepare each with release agents. Mould choice determines shape precision and surface quality.

Lesson 4 • Pillar Wax Formulation

Select and blend waxes with sufficient hardness for freestanding structure without cracking. Additives like stearic acid and vybar are introduced here.

Lesson 1 • Fragrance Families and Notes

Map the major scent families and the top, middle, and base note structure of fragrance blends. This vocabulary enables intentional, balanced scent creation.

Lesson 2 • Essential Oils in Candle Making

Address the unique challenges of using essential oils, including low flash points and scent fade. Students learn which essential oils perform reliably in wax.

Lesson 3 • Cold Throw vs. Hot Throw

Distinguish between unlit cold throw and burning hot throw performance and test both systematically. Optimising both is essential for customer satisfaction.

Lesson 4 • Seasonal and Market-Driven Scents

Align scent development with seasonal trends and consumer demand cycles. Strategic scent planning supports product line cohesion and sales timing.

Lesson 1 • Mica and Natural Colorants

Use mica powders and botanical pigments for shimmer effects and natural-market positioning. Students test colorant behaviour in different wax bases.

Lesson 2 • Layered and Swirl Colour Techniques

Create multi-colour layers and swirl patterns through timed pours and tool manipulation. These techniques add premium visual value to finished candles.

Lesson 3 • Colour Theory for Candle Makers

Apply primary, secondary, and complementary colour relationships to candle design decisions. Colour theory prevents muddy blends and guides cohesive product lines.

Lesson 1 • Tealight Candle Production

Fill aluminium or polycarbonate tealight cups efficiently with consistent weight and wick placement. Tealights are ideal for high-volume production practice.

Lesson 2 • Gel Candles and Specialty Waxes

Work with transparent gel wax to create decorative embedded-object candles with unique visual effects. Gel wax has distinct pour temperatures and fragrance compatibility rules.

Lesson 3 • Botanical and Decorative Candles

Embed dried flowers, herbs, and botanicals into candles for visual appeal and natural branding. Safe embedding practices prevent fire hazards from exposed plant material.

Lesson 4 • Taper Candle Production

Produce tapers by dipping and moulding methods, achieving uniform diameter and straight form. Tapers require precise wax temperature management across multiple dip cycles.

Lesson 1 • Safety Standards and Compliance

Apply industry safety standards for fragrance usage rates, labelling, and warning requirements. Compliance protects customers and supports professional market entry.

Lesson 2 • Fragrance and Colour Stability Testing

Assess fragrance fade, colour shift, and surface changes over a 30-day observation period. Stability testing ensures product quality holds from production through customer use.

Lesson 3 • Building a Quality Control System

Design batch records, inspection checklists, and rejection criteria for consistent production quality. A documented QC system is essential for scaling and wholesale accounts.

Lesson 4 • Wick Optimisation Through Testing

Use burn test data to select, upsize, or downsize wicks until performance benchmarks are met. Wick optimisation is iterative and must be repeated for each new formula.

Lesson 1 • Cost of Goods and Pricing Strategy

Calculate material, labour, and overhead costs per unit and apply markup for profitable pricing. Accurate costing prevents underpricing, a common failure point for craft businesses.

Lesson 2 • Workspace Efficiency and Ergonomics

Redesign workspace layout for batch production flow, reducing movement and repetitive strain. Efficient layout increases output per hour and reduces production fatigue.

Lesson 3 • Record Keeping and Business Basics

Maintain production logs, expense records, and customer order tracking for business accountability. Organised records support tax preparation, growth planning, and quality audits.

Lesson 4 • Batch Production Planning

Scale recipes from single units to multi-unit batches using multiplication and yield calculations. Batch planning reduces waste and ensures consistent output per production run.