Lesson 1Parquet patterns: geometry, material yield, and visual effects of herringbone, chevron, and mosaicYou will study how herringbone, chevron, and mosaic patterns affect material yield, layout complexity, and visual impact. Learn to plan board sizes, waste factors, and pattern direction to suit room shape and light.
Herringbone geometry and layout fundamentalsChevron angle choices and directional emphasisMosaic and panel patterns for small spacesMaterial yield, offcuts, and waste calculationsPattern choice versus room proportions and lightLesson 2Physical and mechanical properties of common parquet species: oak, maple, walnut, ashThis section reviews density, stiffness, and movement behavior of oak, maple, walnut, and ash. You will compare their structural performance, machining response, and suitability for different parquet formats and traffic levels.
Density and weight differences among speciesElasticity, stiffness, and deflection under loadWear layer performance in solid and engineered parquetMachining, splintering, and edge stability by speciesSpecies suitability for residential versus light commercialLesson 3Finish types: penetrating oils, water-based polyurethane, solvent-based polyurethane, hardwax oils — composition and performanceHere we compare penetrating oils, water‑based and solvent‑based polyurethanes, and hardwax oils. You will understand their composition, curing, appearance, and performance to choose the right system for each project.
Penetrating oils: solids content and curingWater‑based polyurethane layers and additivesSolvent‑based polyurethane and film hardnessHardwax oils: wax fraction and open timeVisual look: sheen, depth, and grain highlightingLesson 4Moisture movement and dimensional stability per species; suitability for concrete subfloorsHere we analyze moisture movement and dimensional stability for major species and how this affects installation over concrete. You will assess risk of gaps, cupping, and adhesive failure under varying humidity.
Radial versus tangential shrinkage by speciesEngineered versus solid stability comparisonsMoisture limits for concrete subfloors and slabsVapor barriers, primers, and adhesive selectionSpecies choices for high humidity or slab‑on‑gradeLesson 5Durability and scratch resistance ratings; Janka hardness and impact on family living roomsHere we relate durability ratings and Janka hardness to real family use. You will learn how denting, scratching, and wear appear in living rooms, and how to balance hardness with comfort, acoustics, and budget.
Understanding Janka hardness test proceduresHardness versus denting from furniture and toysScratch resistance from pets, sand, and chair legsBalancing hardness, comfort, and acoustic behaviorSpecies selection for busy family living roomsLesson 6Comparative maintenance and refinishing characteristics for each speciesYou will compare how oak, maple, walnut, and ash respond to cleaning, wear, and refinishing. Learn expected service life, sanding limits, and how species color and grain influence visible repair results.
Routine cleaning needs by species hardnessSurface wear patterns and gloss loss over timeSanding limits for solid and engineered parquetColor change impact on patch and board repairsRefinishing intervals in typical home conditionsLesson 7Pattern installation constraints: board sizes, tongue-and-groove orientation, and required cutting allowancesThis section details how pattern choice constrains board dimensions, tongue‑and‑groove orientation, and cutting allowances. You will plan layouts that respect manufacturer limits and minimize on‑site problems.
Board length and width rules for herringboneChevron angle, leg length, and factory millingTongue‑and‑groove direction and reference linesExpansion gaps and border framing strategiesCutting allowances and waste for complex layoutsLesson 8Finish properties: abrasion resistance, yellowing, VOCs, breathability, recoatability, and repairabilityThis section explains how finish chemistry drives abrasion resistance, yellowing, VOC emissions, breathability, and repair options. You will compare film‑forming and penetrating systems for different use and maintenance profiles.
Abrasion resistance and traffic class ratingsYellowing behavior of oils and polyurethanesVOCs, indoor air quality, and regulationsFinish breathability and moisture bufferingRecoatability, spot repair, and blending limitsLesson 9Selecting wood species, pattern, and finish to meet client needs: durability, warmth, cleaning, and classic appearance (decision criteria checklist)This section provides a structured method to align species, pattern, and finish with client expectations. You will use decision criteria covering durability, warmth, cleaning effort, style, and long‑term flexibility.
Clarifying client lifestyle and traffic patternsPrioritizing durability versus visual warmthCleaning effort, stain tolerance, and sheen levelClassic, modern, and rustic style preferencesDecision checklist for final parquet specificationLesson 10Appearance, grain, and color stability: tannins, oxidation, and staining behaviorThis section examines how grain, color, and natural chemicals like tannins affect parquet appearance over time. You will learn to predict oxidation, staining risks, and color stability under light and daily use.
Grain types and perceived texture in parquet floorsNatural color ranges of major parquet wood speciesTannins and reactions with adhesives and finishesOxidation, UV exposure, and long‑term color changePreventing stains from metals, pets, and household spills
