MATERIALS, WAX AND WICK SELECTION
Materials as a foundation of performance
In candle-making, materials are not chosen for narrative or symbolism. They determine how a candle behaves, how it burns and how reliably it performs over time.
At Hoogeland 1770, material selection is treated as a foundational decision. Wax, wick and complementary components are evaluated primarily for their interaction, stability and consistency in use. Performance precedes discourse.
Plant-based wax: behaviour before origin
Hoogeland 1770 works with plant-based waxes, selected for their combustion properties and structural behaviour. The choice is guided by how the wax melts, feeds the flame and maintains form throughout the burn.
This type of wax allows for controlled consumption, a stable melt pool and a predictable burn rhythm when correctly calibrated. Its behaviour over time is observable and repeatable, which is essential for maintaining consistent standards across production.
To achieve the most stable combustion possible, plant-based wax can be combined with paraffin in precise proportions, as paraffin offers a complementary response to plant-based raw materials, improving burn regularity and control.
The use of plant-based wax is not presented as a statement, but as a material response aligned with performance and long-term reliability.
Palm oil–free composition
The plant-based waxes used by the house are palm oil-free. This specification is not highlighted as a claim, but as a compositional fact.
Material selection focuses on sourcing waxes such as rapeseed, sunflower and olive, chosen for their combustion stability and controlled behaviour over time.
From a technical perspective, this choice supports clarity of formulation and consistency of behaviour, avoiding variability associated with blended or unstable wax sources. It contributes to predictable melting and combustion characteristics over extended burn periods.
Cotton wick selection
The wick plays a decisive role in combustion. At Hoogeland 1770, cotton wicks are selected for their ability to regulate flame height, fuel intake and burn stability.
Cotton provides a controlled capillary action that supports steady combustion when paired with the appropriate wax and form. The wick is neither decorative nor interchangeable. Its dimensions and behaviour are matched precisely to each candle’s structure.
Wick selection is therefore not isolated. It is inseparable from wax choice and overall proportion. Each choice directly influences the burning behaviour and final performance of the candle.
Interaction rather than accumulation
No material is evaluated in isolation. Wax, wick, colouring dyes or pigments, fragrances and form operate as a system.
A change in one element alters the behaviour of the whole. For this reason, material choices are tested and validated through their interaction, not through isolated characteristics or claims.
This systemic approach ensures that combustion remains stable, discreet and consistent from the first lighting to the last. It also contributes to a clean burn, without unnecessary residue or imbalance during use.
Long-term consistency as a criterion
Materials are selected not only for how they perform initially, but for how they behave over time.
Consistency across multiple burn cycles, resistance to degradation and predictable interaction between components are essential criteria. These factors support repeatability, which is central to disciplined candle-making.
Short-term effects or visual results are insufficient without long-term stability.
Materials as part of the craft
At Hoogeland 1770, material choice is integrated into the craft rather than positioned alongside it.
Plant-based waxes, cotton wicks, colouring dyes or pigments and delicate fragrances are selected because they support controlled combustion, safety and durability. Their use reflects a long-term approach grounded in observation, adjustment and continuity.
In this context, materials are not a message.
They are a means to uphold performance, coherence and reliability over time.