Skirting boards for floors wholesale: how to convert an object's floor covering schedule into an accurate specification without mix-ups

The site has 350 rooms. The floor schedule includes engineered wood, quartz vinyl, carpet tiles, porcelain stoneware, parquet, and technical coverings. The estimate easily turns this into a single figure: “skirting — 4,200 linear meters.” For purchasing, such a line is almost useless.

A correct wholesale calculation starts with the floor schedule, but does not end there. The floor covering code must be linked to the room, the approved skirting type, material, finish, the areas where skirting is actually installed, and the real finished wall lengths.

Working chain: floor code → room → assigned skirting → areas without skirting → open perimeter → specific article and material → finished lengths → cutting plan → number of whole strips → building/floor/phase → marking → reserve.

Main principle:

THE FLOOR SCHEDULE IS A SOURCE ROOM CLASSIFIER, NOT A READY-MADE SKIRTING SCHEDULE.

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Why the floor schedule is the best source document for wholesale calculation

The floor schedule already links the flooring type to rooms. This is much stronger than starting from the overall building perimeter or a list of apartments. It allows you to see where the flooring system actually changes and where the skirting may potentially change.

A typical project may contain:

• P‑01 — engineered wood;
• P‑02 — quartz vinyl;
• P‑03 — carpet tiles;
• P‑04 — porcelain stoneware;
• P‑05 — parquet;
• P‑06 — technical flooring.

Supply error — see six floor codes and immediately assign six different skirting boards. The schedule only answers the question "what is on the floor." It does not answer:

• which skirting board is approved by the architecture;
• whether it exists in this room at all;
• whether the skirting board is the same for different floorings;
• whether wood, MDF, or another solution is needed;
• which walls are covered by furniture or panels;
• where the doorways are located;
• what the actual open perimeter is.

Therefore, the floor schedule becomes the first layer of the procurement system, and the skirting board matrix is overlaid on top of it.

How this task differs from a standard skirting board selection

If you need to understand which material is suitable for a specific finish, the dedicated STAVROS guide is helpful skirting board for flooring. Here the choice should already move into a mass specification: how many specific PLT and MDF profiles are required for floors, buildings, and construction phases.

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Floor area cannot be used instead of the skirting perimeter

Skirting is measured along the walls, not by the coverage area. Two rooms with the same area can have different perimeters.

Room A

Size 5 × 5 m:

area = 25 m²;

perimeter = 5 + 5 + 5 + 5 = 20 m.

Room B

Size 2.5 × 10 m:

area = 25 m²;

perimeter = 2.5 + 10 + 2.5 + 10 = 25 m.

The area matches. The difference in perimeters is 5 m, that is, 25% relative to the first room.

If you mistakenly calculate the skirting board by area across a series of 100 elongated rooms, the discrepancy can turn into hundreds of meters even before accounting for doors, cabinets, and sections without skirting.

Even the perimeter of a room is not yet the net linear meters

From the geometric perimeter, you usually need to exclude or separately check:

• doorways;
• built-in floor-to-ceiling cabinets, if no skirting is provided behind them;
• wall panels or bases that replace the skirting;
• areas with tile or stone base;
• special technical junctions.

And conversely, short returns and wall sections may appear that are not visible in a single rough perimeter figure.

The floor work schedule should get a "skirting" column

Procurement needs a table where the floor code and skirting code exist side by side but are not treated as the same thing.

Floor code	Finish	Rooms	Skirting board	Material	Finish
P‑01	Engineered board	apartments	PLT‑A	Oak	D‑01
P‑02	Quartz vinyl	Apartments / offices	PLT-B	MDF	O-01
P-03	Carpet tiles	Corridors	PLT-B	MDF	O-01
P-04	Porcelain stoneware	Lobby	Custom project	—	—
P-05	Parquet	Representative area	PLT-V	Oak	D-02
P‑06	Technical coating	Technical rooms	Not provided	—	—

The main effect of such a table: six floor codes can turn into just three real product groups of skirting plus zones where wooden skirting is not ordered at all.

Why a floor code should not automatically become a skirting code

The same MDF profile can be used with both quartz vinyl and carpet tiles, if approved by the project. And vice versa: identical parquet in an ordinary apartment and a lobby may get two different skirtings due to different height, material, or finish.

What needs to be added to the table at the next step

• building;
• floor;
• room type;
• clean open perimeter;
• the product length of the selected version;
• number of whole planks per cut;
• delivery queue;
• reserve;
• approval status.

The "floor — skirting" matrix should reduce the number of product items, not multiply them

After the architectural choice, it is useful to assemble a matrix:

P‑01 → PLT‑A.

P‑02 → PLT‑B.

P‑03 → PLT‑B.

P‑04 → separate solution, do not count wooden skirting automatically.

P‑05 → PLT‑В.

P‑06 → without a decorative wooden skirting board, if this is confirmed by the project.

This way the purchaser sees real product groups instead of mechanically repeating every line of the flooring schedule.

When different floor coverings use the same skirting board

In an office, quartz vinyl, carpet tiles and laminate can be combined under one white MDF line, if this is exactly what the architecture specifies. Then three floor codes produce one PLT‑Б profile.

In this case, their lengths can be combined into a single cutting plan if the following match:

• article number;
• the material;
• product length;
• finishing;
• finish.

Why this is real savings

The offcut from the long wall of room P‑02 can cover the short wall section P‑03, if physically it is the same product. The more parts that fall into the common pool of one SKU, the higher the chance of distributing the offcuts usefully.

The same floor may require different skirting boards in different zones

The reverse situation occurs no less often.

The same engineered flooring is used:

• in a standard apartment;
• in the lobby;
• in an executive meeting room;
• in a penthouse.

Architecture can assign different:

• profile heights;
• materials;
• pattern;
• finishes;
• ways of combining with doors.

Then the rule looks like this:

ONE FLOOR CODE ≠ ONE SKIRTING PURCHASE ORDER LINE.

How to record this in the matrix

Floor	Zone	Skirting board	Material	Finish
P‑01	apartments	PLT‑A	Oak	D‑01
P‑01	Lobby	PLT-V	Oak	D-02
P‑01	Penthouse	PLT‑G	Oak	D‑03

Procurement receives three product groups, even though there is only one flooring code.

Areas without wooden skirting must be excluded before calculating the linear meters

The most expensive mistake is to count skirting in a room just because it has a floor and walls.

The following must be checked separately:

• bathrooms;
• shower rooms;
• technical rooms;
• stairwells;
• kitchens with a separate plinth;
• rooms with tile or stone skirting;
• areas with floor-to-ceiling wall panels;
• zones with a special industrial junction;
• technical rooms where decorative skirting is not provided for by the project.

A correct schedule should contain not an empty row, but an explicit status:

SKIRTING NOT PROVIDED / ANOTHER SOLUTION PER THE PROJECT.

This way, procurement does not perceive the absence of a PLT code as an oversight and does not add material "just in case".

Why this is especially important on large tile areas

A lobby or public hall can have hundreds of square meters of porcelain stoneware. If you automatically calculate the wooden skirting along the walls just because the space is large and representative, you can order a significant volume that the project does not use at all.

When a wooden skirting is still possible next to tile

If this exact solution is approved by the architecture. The floor type itself does not prohibit or prescribe a wooden profile. The specification must reflect the specific project, not a universal rule.

Wet and technical rooms cannot be calculated automatically using a residential scheme

If a bathroom, kitchen, or technical area has quartz vinyl or tile, this does not yet mean that the same MDF skirting as in the bedroom automatically fits there.

Need to check:

• operating conditions;
• moisture level;
• cleaning frequency;
• presence of water on the floor;
• specified skirting material;
• requirements for the substrate and finish.

Possible design solutions:

• tile skirting;
• polymer profile;
• special moisture-resistant version;
• painted or protected material;
• no decorative skirting at all.

The article should not replace the project with the phrase "always use moisture-resistant MDF in wet areas." Even on the same construction site, different rooms may have different operational requirements.

When a separate code P-VL is useful

If a facility contains dozens of identical wet rooms, an internal group can be created:

P-VL → solution ___ .

Then procurement immediately sees that this group should not be included in the standard cutting list PLT-B.

A combined floor within a single room must be analyzed separately

A living room-kitchen may contain parquet and porcelain stoneware. At the same time, the skirting board along the walls may:

• remain the same throughout the entire room;
• change together with the floor covering;
• change only on part of the walls;
• be absent in the kitchen area;
• transition to another material at the architectural boundary.

One must not mechanically convert every floor transition into a skirting board transition.

If the floor joint line runs through the middle of the room

It may not touch the wall at all. In that case, the purchase specification for the skirting board along the perimeter does not change.

For example:

• left part of the room — engineered board P‑01;
• kitchen island — porcelain stoneware P‑04;
• along the external walls, one white PLT‑B remains.

The floor schedule contains two codes. The skirting board schedule contains one.

If the floor transition meets the wall

Then you need to see the architectural boundary: a corner, a cabinet, a doorway, the start of the kitchen plinth, or another approved location. Only after that does the purchase line change.

A doorway determines not only the subtraction of length but also the boundary between two types of skirting board

A doorway is usually excluded from the geometric perimeter. But on a project with several types of flooring, the door performs another function — it separates different purchase zones.

Example:

Room P‑01 / PLT‑A → corridor P‑02 / PLT‑B.

Need to know:

• where the flooring transition line runs;
• whether the skirting boards are the same on both sides;
• if they differ — where PLT‑A ends;
• where PLT‑B begins;
• what architrave or door trim is located between them;
• whether there are short wall sections inside the opening.

Without this, neither the room nor the corridor footage can be calculated accurately.

Why an identical door assembly needs to be typed

If such a door is repeated 120 times, type D‑01 is created. Once, the following is recorded:

• how many millimeters of PLT‑A terminate on the left and on the right;
• how much PLT‑B belongs to the corridor side;
• whether short returns are needed;
• which end caps are used.

After this, D‑01 × 120 is included in the schedule as a repeatable assembly.

The open perimeter must be calculated based on actual wall sections

Formula for each room:

TOTAL WALL PERIMETER − SECTIONS WITHOUT SKIRTING + APPROVED RETURNS = NET OPEN PERIMETER.

The following may be deducted from the total perimeter:

• doorways;
• built-in furniture;
• kitchen toe kicks;
• wall panels to the floor;
• stone or tile sections;
• technical units;
• areas where the project excludes the decorative profile.

The following can be added:

• short wall sections;
• returns in niches;
• column surrounds;
• internal sections of openings, if they are actually part of the system;
• other short parts specified by the project.

Practical room example

Rectangular room 5 × 4 m:

perimeter = 18 m.

Doorway 900 mm:

18 − 0.9 = 17.1 m.

A built-in wardrobe occupies 2.4 m of the wall, and no skirting board is provided behind it:

17.1 − 2.4 = 14.7 m.

There is a niche with two returns of 300 mm each:

14.7 + 0.3 + 0.3 = 15.3 m.

The net open perimeter is 15.3 m, not 18.

Why short wall sections should not be left as a "reserve"

If two short sections are known from the project, these are specification details. A reserve is needed for unforeseen consumption, not for walls that are known in advance.

A universal 10% reserve cannot be added before the cutting map

After obtaining the clean open perimeter, there is a temptation to multiply it by 1.10 and consider the order complete. For a mass project, this is too rough.

First, you need:

1. specific article number;
2. the material;
3. product length;
4. finishing;
5. a list of finished wall sections;
6. cutting map;
7. only then — the production and operational reserve.

Why: two rooms with the same clean square footage may require a different number of full planks.

Example A

Four sections of 1200 mm are needed. Clean square footage:

4 × 1.2 = 4.8 m.

If an oak profile with a length of 2400 mm is selected, one plank theoretically yields two sections of 1200 mm each before accounting for cuts. The requirement is close to two source items.

Example B

Two sections of 2100 mm and one of 600 mm are needed. The net linear meters are also:

2.1 + 2.1 + 0.6 = 4.8 m.

But each long part almost takes up a separate 2400 mm plank. The short section can use the remainder if the technological cut allows it. The production structure is already different.

A fixed 10% does not explain this difference.

How to split the reserve

A production reserve is needed for cutting defects, damage, and local rework.

The operational reserve remains after project handover for future repairs.

They do not have to be expressed as a single percentage.

The purchasing line must describe a specific PLT specification, not just "wooden skirting board"

Weak line:

Wooden skirting board — 2400 m.

Strong:

PLT‑006 / oak / 100 × 15 × 2400 mm / D‑01 / zones P‑01 / number of whole planks per cutting plan.

And separately:

PLT‑006 / MDF / 100 × 16 × 2600 mm / O‑01 / zones P‑02 and P‑03 / quantity per cutting plan.

The current STAVROS product card confirms exactly this difference within a single SKU: for MDF, PLT‑006 measures 100 × 16 × 2600 mm; for beech and oak, it measures 100 × 15 × 2400 mm.

This is a good example of why even the same PLT code is not sufficient purchasing identity.

What must be stored in the line

• article number;
• the material;
• size/commercial length;
• finish;
• floor or application zone codes;
• net linear meters;
• number of whole products;
• reserve;
• queue;
• specification version.

Why the price of a single plank also depends on the finish

Materials differ for the same SKU. Therefore, offers should be compared using the same configuration, not based on the phrase “PLT‑006 is cheaper from supplier A.”

The cutting map is built for a specific SKU and finish, not for the floor code

P‑02 and P‑03 may be different floor coverings but use the same PLT‑B made of MDF in the same finish. Then it is beneficial to combine their finished lengths into a common pool.

For example:

• P‑02 yields 840 parts of different lengths;
• P‑03 — another 320;
• the SKU, material, length, and finish match.

Instead of two cutting maps, one common one is created for PLT‑B.

Why this is better

The remainder after the quartz vinyl wall area can cover a short section of the hallway with carpet tiles. The flooring differs, but the skirting product does not.

Purchasing principle:

WE COMBINE NOT BY SIMILARITY OF ROOMS, BUT BY FULL PRODUCT IDENTITY OF THE SKIRTING.

What cannot be combined

Even a single PLT code is counted separately if the following differ:

• MDF and oak;
• standard and moisture-resistant material;
• finishing;
• product length;
• the readiness stage “for painting” and a finished finish;
• a different approved configuration.

Why it is useful to keep the floor code after merging

For cutting P‑02 and P‑03 can be merged. For logistics, the origin of the footage is preserved. Otherwise, the warehouse does not know how much material belongs to apartments and how much to corridors.

Building, floor, and phase must be separate specification fields

A large project must be able to be broken back down from the overall purchase to a specific zone.

Working structure:

BUILDING → FLOOR → ROOM → FLOOR CODE → SKIRTING CODE → FINISH.

Body	Floor	Rooms	Floor	Skirting board	Execution	Queue
А	2	apartments	P‑01	PLT‑A	oak / Д‑01	1
А	2	Corridor	P-03	PLT-B	MDF / О‑01	1
А	1	Lobby	P-04	separate solution	—	1
Б	2	apartments	P‑02	PLT-B	MDF / О‑01	2

Such a table answers four practical questions at once:

• how much is needed in total;
• how much is needed now;
• where the batch should go;
• what remaining quantity can be used in the next queue.

Why a single shared warehouse balance is dangerous

The entry “PLT‑B — 180 m” does not show how much of it is already reserved for building A and how much is free for building B.

More useful:

• building A — remaining 70 m;
• building B — 90 m;
• total free reserve — 20 m.

Packaging marking

Minimum:

OBJECT / BUILDING / FLOOR / PLT / MATERIAL / FINISH / QUANTITY.

A floor code can be added where it helps avoid mixing up items.

A repeat delivery should start from the actual remaining quantity, not from the formula “project minus ordered”

If the project needs 1000 PLT-B planks, and 600 were ordered in the first batch, you cannot automatically reorder 400.

After the first phase, some of the material may:

• remain as whole planks;
• return as short usable offcuts;
• be damaged;
• go to another approved zone;
• be reserved for repairs;
• remain on the floors but not be included in central warehouse accounting.

Correct order:

REMAINING FINISHED PARTS → MINUS WHOLE USABLE PLANKS → MINUS USABLE REMAINDERS → NEW CUTTING PLAN → REORDER.

Why the usable remainder depends on future lengths

A 700 mm offcut is valuable if there are many 620–680 mm wall sections ahead. It is almost useless if the next phase consists of long 2200 mm walls.

Therefore, it is better to store leftovers not only in meters, but also by length ranges.

Execution	Leftover length	Quantity	Potential use
PLT‑B / O‑01	2000–2600 mm	___	Long walls
PLT‑B / O‑01	800–1999 mm	___	Medium sections
PLT‑B / O‑01	300–799 mm	___	short wall sections

Practical calculation: four flooring types become two skirting board SKUs

Let's look at a residential complex with finishes:

• 120 apartments — engineered wood flooring P‑01;
• 60 apartments — quartz vinyl flooring P‑02;
• floor corridors — carpet tiles P‑03;
• lobby — porcelain stoneware P‑04.

After architectural analysis, the project adopts:

• P‑01 → PLT‑A, oak, finish D‑01;
• P‑02 → PLT‑B, MDF, white finish O‑01;
• P‑03 → same PLT‑B, MDF, O‑01;
• P‑04 → separate lobby solution, wooden skirting board is not included in this purchase.

Four floor coverings turned into two STAVROS SKUs plus a separate solution that should not be substituted with wood just to increase the order.

Step 1. Apartments with engineered wood flooring

Let 120 apartments be divided into two types:

• apartment A — 80 units;
• apartment B — 40 units.

After calculating doors, built-in wardrobes, and kitchen plinths, the open perimeter is:

• A — 34.7 m;
• B — 41.2 m.

Net volume of PLT-A:

80 × 34.7 = 2776 m.

40 × 41.2 = 1648 m.

Total: 4424 m.

If the project uses the oak version PLT‑006 with a length of 2400 mm, simple division gives:

4424 / 2,4 ≈ 1843,33.

The mathematical minimum is 1844 planks.

But the actual cutting plan may require, for example, 1908 planks due to the structure of walls, doors, and short returns:

1908 × 2.4 = 4579.2 m of purchased material.

The difference:

4579.2 − 4424 = 155.2 m.

This is about 3.5% in this conditional example. This is not a universal stock norm, but the result of a specific parts map.

Step 2. Apartments with quartz vinyl

60 apartments of the same type yield 29.6 m of open perimeter each:

60 × 29.6 = 1776 m.

Step 3. Corridors with carpet tiles

Eight residential floors yield a total of 842 m of open PLT‑B perimeter after subtracting door openings and technical niches.

Since P‑02 and P‑03 use the same PLT‑B / MDF / O‑01, the lengths are combined:

1776 + 842 = 2618 m of net PLT‑B requirement.

For the MDF version of PLT‑006, the commercial length is 2600 mm:

2618 / 2,6 ≈ 1006,92.

Mathematically — a minimum of 1007 planks.

After the general cutting of apartments and corridors, let's assume 1043 planks are required:

1043 × 2.6 = 2711.8 m.

If P-02 and P-03 were mistakenly counted separately, some remnants of quartz vinyl for apartments might remain unused, even though they are perfectly suited for short corridor wall sections.

Step 4. Lobby with porcelain stoneware

The floor schedule includes P-04, but the project specifies a stone base. Therefore:

PLT = 0 for this procurement group.

This is an important commercial conclusion. An expert specification can not only add an item but also exclude it where it is not needed.

Step 5. Final request

Position	Zones	Material	Net area	Cutting planks	Procurement footage
PLT‑A	P‑01	Oak	4424 м	1908	4579.2 m
PLT-B	P‑02 + P‑03	MDF	2618 м	1043	2711.8 m
Lobby	P-04	Alternative solution	0 m of wooden skirting board	0	0

This is exactly the kind of analytics needed from an article about wholesale floor skirting boards: it turns the covering schedule into two actionable wholesale line items instead of one erroneous total in meters.

Step 6. Reserve

After the main cutting plan, the project separately defines:

• production reserve PLT‑A;
• operational reserve PLT‑A;
• production reserve PLT‑B;
• operational reserve PLT‑B.

The oak reserve cannot be replaced with MDF. Reserve O‑01 cannot be automatically used in a different finish.

Step 7. Phased delivery

If cabinet A is ready first, the master specification remains common, but the first shipment contains only the requirement for cabinet A. The second phase is calculated taking into account the actual remaining balance of the first.

For such logic, the material is useful phased delivery of finishing materials.

When wooden skirting is not needed at all

Skirting is not a mandatory item for every room and every type of floor.

A wooden or MDF profile is not needed if the project already provides for another completed assembly:

• stone base;
• tile skirting;
• metal profile;
• shadow or concealed profile of another system;
• wall panel reaching the floor and forming its own junction;
• technical industrial unit;
• special moisture-resistant solution;
• absence of decorative skirting according to the architectural concept.

There is no need to replace these solutions with wood just because the article is commercial.

Why “one skirting everywhere” is sometimes worse

Unification is useful when it does not conflict with operation and architecture. But forcing wooden PLT to work in a shower, technical room, or at a stone plinth just for the sake of one SKU per project is weak optimization.

When to stop purchasing

If the floor schedule is already complete, but:

• the architect has not yet specified skirting boards;
• combined zones are not resolved;
• kitchen plinths are changing;
• built-in furniture is not finalized;
• door openings are not confirmed;
• there are no exact PLT specifications;
• areas without skirting boards are not defined;

a preliminary budget can be calculated, but it is too early to release the final wholesale batch.

16 mistakes turn a good floor schedule into a bad purchase

1. Calculating skirting by floor area

Why it happens: the area is already in the schedule. Consequence: elongated rooms and square rooms get the same calculation. How to prevent: calculate wall sections and the open perimeter.

2. Calculating the entire project as one total of meters

Reason: it's easier to compare the budget this way. Consequence: oak, MDF, finishes, and areas without skirting get mixed together. Prevention: a "floor → PLT → finish" matrix.

3. Automatically assigning a separate skirting to each floor code

Reason: it seems that P‑01, P‑02, and P‑03 must have different profiles. Consequence: extra SKUs and worse cutting. Prevention: first the architectural decision, then merging identical PLTs.

4. Treating the same floor as a guarantee of the same skirting

Reason: the flooring is the same. Consequence: the lobby and a standard apartment get a profile of the wrong scale or finish. Prevention: take into account the zone and architectural status.

5. Not excluding rooms where wooden skirting is not planned

Reason: if the schedule has flooring, the wall line is automatically calculated. Consequence: extra material is ordered. Prevention: an explicit "no wooden skirting" status.

6. Count wet areas according to the residential scheme

Cause: the same quartz vinyl is used there. Consequence: the selected specification does not match the operating conditions. Prevention: a separate check of the design detail.

7. Change the skirting at every flooring transition

Cause: the floor code changes. Consequence: the interior becomes fragmented, and the specification grows unnecessarily. Prevention: check whether the transition touches a wall and whether the project requires a profile change.

8. Not specifying the PLT material

Cause: the item code seems sufficient. Consequence: PLT‑006 MDF and oak have different dimensions and commercial lengths. Prevention: item code + material + size.

9. Mixing MDF and solid wood in one cutting list

Cause: the profile looks visually identical. Consequence: the leftovers are physically incompatible, and the number of planks is incorrect. Prevention: separate commercial configurations.

10. Mixing different finishes of the same MDF profile

Cause: the geometry matches. Consequence: the white and dark batches begin to mutually “cover” the shortage only on paper. Prevention: a separate finish code.

11. Ignoring door openings

Cause: the geometric perimeter of the room is used. Consequence: systematic overuse across hundreds of rooms. Prevention: clean wall sections.

12. Creating two cutting plans for two floors with the same skirting board

Cause: P-02 and P-03 lead to different sections. Consequence: the ability to use leftovers between zones is lost. Prevention: a shared cutting plan based on the PLT product identity.

13. Combining different variants of the same PLT

Cause: the item number is the same. Consequence: 2600 mm MDF and 2400 mm oak are counted as one batch. Prevention: variant is a mandatory field.

14. Immediately adding 10–15% without a cutting map

Cause: the usual estimating approach. Consequence: the reserve is not tied to actual lengths and may be both excessive and insufficient at the same time. Prevention: cutting plan first.

15. Not preserving the link between skirting board and room

Cause: after summing, only the total volume remains. Consequence: the warehouse does not know where to send the material or where the overuse occurred. Prevention: building → floor → room → floor code → PLT.

16. Place a reorder using the phrase “another 100 meters of white skirting board”

Reason: the shortage needs to be closed quickly. Consequence: a different profile, material, length, or shade arrives. Prevention: copy the full original purchase line.

Checklist and decision tree before issuing the wholesale specification

Before sending the order to the supplier, it is useful to go through the entire project using a single checklist. It is needed not for formality, but to verify that the floor schedule has actually turned into an executable skirting board schedule.

Check	Status
Up-to-date floor schedule obtained	___
Codes P‑01, P‑02, and others confirmed	___
All rooms for each code are listed	___
Areas without wooden skirting board are explicitly marked	___
Wet and technical rooms checked separately	___
Combined floor coverings reviewed	___
Door boundaries verified	___
Built-in furniture is accounted for	___
Kitchen and other toe kicks accounted for	___
Clean open perimeter calculated	___
Exact PLT or MDF profile selected	___
Material of each profile specified	___
Commercial length verified	___
Finish locked in	___
Floor codes linked to skirting codes	___
Identical commercial variants merged	___
Different variants of the same SKU separated	___
Cutting map built	___
Number of full planks received	___
Production reserve calculated	___
Operational reserve calculated	___
Bodies and floors specified	___
Delivery sequence has been determined	___
Packaging marking approved	___
Procedure for returning leftovers defined	___
Reorder procedure defined	___

Decision tree: whether to assign a new skirting board for a new floor code

Has the floor code changed?

No → use the already approved skirting line if other conditions have not changed.

Yes → we do not create a new PLT automatically. We check the architectural solution.

Does the architecture require a different skirting board?

Yes → we create a new product line.

No → we check whether the existing PLT can be used.

Do the article number, material, finish, and product length match completely?

Yes → lengths of different floor codes can be combined into one cutting map.

No → separate purchasing group.

Decision tree: is a wooden skirting board needed in a specific room

Is there an explicit PLT code in the project?

Yes → we calculate the open perimeter.

No → check the wall-to-floor junction detail.

Has the junction already been resolved with another material?

Yes → do not add a wooden skirting board.

No → refer the question back to the architect rather than specifying the profile yourself.

Decision tree: can two skirting groups be combined into a single cutting plan

Do the item codes match?

No → do not combine.

Yes → check the material.

Does the material match?

No → do not combine.

Yes → check the commercial length and finish.

Does the commercial length match?

No → separate cutting cards.

Yes → check the finish.

Does the finish match?

No → separate cutting cards.

Yes → lengths can be combined while preserving origin by cabinet and room.

Decision tree: when recalculation is needed after a project change

Changing the floor does not always change the skirting board, but any change affecting the wall route requires verification.

Recalculation is needed if:

• a door was moved;
• a built-in wardrobe changed;
• the kitchen unit became longer;
• a wall panel to the floor was added;
• the skirting board code changed;
• the material or finish changed;
• a new area without skirting board appeared;
• the queue changed and the material was redistributed between buildings.

How to check floor completeness before issuing

If a floor has 12 apartments P‑01 and corridor P‑03, the warehouse should not issue only the total footage.

Convenient to generate:

FLOOR 5:

• PLT‑A / oak / D‑01 — 12 apartment sets;
• PLT‑B / MDF / O‑01 — corridor;
• PLT‑A reserve — separately;
• PLT‑B reserve — separately.

If material for the apartments is available but the corridor PLT‑B is missing, the floor is not complete. This is immediately visible, even though the total warehouse footage of skirting board may be large.

How to return remnants

After installation, the material does not return to the "skirting board" category, but to a specific product group:

PLT-B / MDF / O-01 / remainder 2100 mm × 3; 820 mm × 6; 430 mm × 4.

This record allows the remainders to be used in the next queue without re-sorting.

How to place a reorder

Not:

"We need another 100 meters of white skirting board."

But:

PLT-006 / MDF / 100 × 16 × 2600 mm / O-01 / building B / floors 4–5 / number of whole planks according to the new cutting plan.

The reorder includes only the actual deficit after accounting for whole and usable remainders.

Final algorithm, product pages and answers to additional questions

Final algorithm from floor schedule to order

GET THE CURRENT FLOOR SCHEDULE → ASSIGN CODES TO ROOMS → MARK AREAS WITHOUT WOODEN SKIRTING → ASSIGN APPROVED PLT PROFILES → SEPARATE MATERIALS AND FINISHES → CHECK COMBINED FLOORINGS → CHECK DOORS, WARDROBES AND PLINTHS → CALCULATE THE NET OPEN PERIMETER → CONVERT IT INTO A LIST OF WALL COMPONENTS → COMBINE ONLY FULLY IDENTICAL VERSIONS → BUILD A CUTTING PLAN → GET THE NUMBER OF WHOLE PLANKS → ADD A RESERVE → DISTRIBUTE ACROSS BUILDINGS, FLOORS AND QUEUES → APPROVE LABELLING → RELEASE THE FIRST BATCH → AFTER INSTALLATION, ACCOUNT FOR THE ACTUAL REMAINDER → ONLY THEN FORM THE REORDER.

How to use PLT-006 as a real-world example of a single

The first batch should verify the model against actual consumption, not just the drawing

Even a well-assembled specification benefits from verification on the first typical rooms. Especially if the project contains hundreds of identical apartments or rooms.

Let's assume apartment A per the design requires 34.7 m of PLT-A. After installing the first ten apartments, the warehouse records actual issuance and returns.

Apartment	Per project	Issued	Useful returned	Actual consumption
A-01	34.7 m	36.0 m	0.9 m	35.1 m
A-02	34.7 m	36.0 m	1.2 m	34.8 m
A‑03	34.7 m	36.0 m	0.8 m	35.2 m

If the actual consumption is consistently 0.4–0.5 m higher, this is not a reason to automatically increase all subsequent orders. First, you need to find the cause.

Possible sources:

• a short return is not accounted for on the plan;
• the door casing has changed;
• the cabinet turned out to be shorter than planned and an open section appeared behind it;
• baseboard was added inside the niche on site;
• some usable offcuts are not returned to the common pool;
• the crew cuts long planks not according to the approved cutting map.

After the cause is eliminated, the master specification receives a new revision. If the change is truly a design change and repeats across all 120 apartments:

0.4 m × 120 = 48 m of net additional demand.

This already affects the number of whole planks, but it appears as a verifiable change, not as “another 5% just in case.”

Actual consumption must be separated from temporary issue to the floor

The warehouse may issue 38 m to an apartment when the design demand is 34.7 m, so the installer does not have to make two trips for material. This does not mean that the apartment’s consumption became 38 m.

It is necessary to separate:

• issued — physically transferred to the floor;
• installed — actually used;
• returned — whole and usable leftovers;
• written off — confirmed technological waste or damage.

Without this boundary, supply starts treating temporarily issued material as actual consumption and overstates the next batch.

Reverse check from PLT to rooms catches double counting

After summing by SKUs, it is useful to perform the calculation in reverse.

For example, the master specification shows:

PLT‑B / MDF / O‑01 — 2618 m of net requirement.

It must be possible to break down this figure:

• apartments P‑02 — 1776 m;
• corridors P‑03 — 842 m;
• total — 2618 m.

If the total doesn't add up, check for:

• a room counted twice;
• a floor that is missing;
• a corridor included in both P-02 and P-03;
• an old revision after a floor code change;
• an area that should be without skirting but remained in the total volume.

A good wholesale specification is checked in both directions:

ROOM → FLOOR → PLT → METERS

и

PLT → METERS → FLOORS → SPECIFIC ROOMS.

Changing the floor code after ordering does not always require changing the skirting profile

Suppose that in 18 apartments, quartz vinyl P‑02 was replaced with laminate P‑07. Supply should not automatically create PLT‑V.

First, the architectural matrix is checked.

If P‑02 and P‑07 use the same white PLT‑B / MDF / O‑01, only the link between the floor codes changes. The total product requirement for skirting may not change at all.

If a different profile was approved for P‑07 in the project, only the affected apartments are recalculated.

For example:

18 apartments × 29.6 m = 532.8 m.

The corresponding net volume must be subtracted from PLT‑B and added to PLT‑V, after which both items go through their own cutting again. You cannot simply transfer 532.8 m from one line to another: product lengths and remnants may differ.

One floor with three coverings may have one skirting set

Let's imagine an office floor:

• offices — quartz vinyl P‑02;
• corridor — carpet tile P‑03;
• meeting rooms — laminate P‑07.

The architect approved a single white MDF profile PLT‑B for the entire floor.

In this case, the floor's warehouse kit is simpler:

FLOOR 6 / PLT‑B / MDF / O‑01 = offices + corridor + meeting rooms.

Floor codes remain in analytics but do not create three different packaging groups.

This reduces:

• number of warehouse cells;
• risk of confusing similar white profiles;
• volume of separate reserve;
• number of future reorders;
• loss of short remnants.

However, such unification is permissible only after architectural approval. Procurement does not assign a single profile on its own for convenience.

How to hand over the completed schedule to the supplier without losing purchasing logic

The final order is best divided into a master specification and a shipment breakdown.

The master specification contains:

• article number;
• the material;
• size and commercial length;
• finish;
• total volume;
• the number of whole strips;
• reserve;
• associated floor codes;
• the current revision.

The shipment breakdown contains:

• building;
• floor;
• quantity;
• date or phase;
• packaging markings.

The supplier does not need to decipher the architectural floor schedule on their own. They receive an already prepared commercial order.

Within the company, it is useful to pass it along according to the principle described in the material transfer of a wholesale order to the assembly kit: the operator should not be left wondering, “Where do these strips go, and in what finish?”

Receiving should verify not only the quantity, but also the finish

For a large delivery, check:

• PLT code;
• the material;
• commercial length;
• finish;
• number of planks;
• marking of the cabinet and floor;
• visible damage.

If PLT‑006 MDF and PLT‑006 oak arrive at the same time, one article number on the label is not enough. The material must be clearly readable.

Mirrored apartments can be combined only after checking the wall route

Two apartments may be mirrored in layout and use the same floor code. It is often convenient to combine them into one skirting board set, but the exposed wall sections must first be compared.

If they match:

• doorways;
• length of built-in wardrobes;
• kitchen plinth;
• niches;
• skirting board type;
• finishing;
• total of finished wall components;

apartment A and mirrored A can share one PLT-A set.

But if in the mirrored version the wardrobe is located along a different wall and covers a section of 2.1 m instead of 1.6 m, the total open perimeter is already different. Then either an A-Z version is created, or one set stores two sets of wall lengths.

There is no need to automatically treat mirroring as the reason for a new SKU. But blindly multiplying one calculation across both layouts also creates a systemic error.

A master specification version is mandatory after any mass revision

On a large project, the floor schedule changes. Some apartments are switched from P-02 to P-07, somewhere the built-in wardrobe is enlarged, somewhere the skirting board finish is replaced.

It is useful to keep:

• R01 — initial procurement matrix;
• P02 — apartments in building B have been changed;
• P03 — PLT for corridors on floors 6–8 has been changed.

Each version must record:

• date;
• affected rooms;
• what changed;
• how the net area has changed;
• which planks have already been ordered;
• what to do with the old material.

The old version is not deleted — it remains the history of already installed areas. But only the current revision should be included in the new order.

Surplus after revision is first redistributed, not written off

Suppose that after replacing the flooring in 18 apartments, 140 whole PLT-B planks became surplus.

Before write-off, check:

1. whether the same PLT-B is needed in other cases;
2. whether the planks can be transferred to corridors P-03;
3. whether part is needed for the operational reserve;
4. whether there is a future phase with the same finish;
5. whether the finish has not been changed in the new zones.

If the product identity matches, redistribution reduces the next reorder. If the color or material differs, they must not be combined.

Handover of the facility to operations should include a skirting board map

After construction is completed, it is useful to hand over to the operations service not just a few spare planks.

Required:

• PLT codes;
• materials;
• finishes;
• link to floor codes;
• buildings and floors of application;
• remaining stock of whole planks;
• useful short remnants;
• last batch data;
• current version of the master specification.

Then, two years later, damage in corridor P‑03 does not turn into the task of “find a similar white skirting board.” The service immediately sees the exact PLT‑B / MDF / O‑01 and understands whether there is a reserve or a repeat order is needed.

How to verify the economic effect of unification without harming the project

Sometimes the architecture considers two similar white MDF profiles for P‑02 and P‑03. Procurement can show the effect of combining them, but should not make the decision on its own.

Two scenarios are compared.

Scenario 1 — two profiles:

• two cutting plans;
• two reserves;
• two warehouse groups;
• two reorders;
• fewer opportunities to use stock between zones.

Scenario 2 — one PLT-B:

• one common cutting plan;
• one reserve;
• one warehouse group;
• larger pool of parts;
• simpler operation.

If both profiles are architecturally equivalent, unification may be beneficial. If the difference is inherent in the design, savings are not a reason for replacement.

A separate example: a long corridor with carpet tiles and many doors

A corridor often produces a large error if it is calculated as a simple rectangle. Suppose the geometric perimeter of the corridor is 96 m. It contains 24 door openings of 900 mm each, two niches with returns, and one section of wall panel to the floor 6.4 m long.

First, subtract the doors:

24 × 0.9 = 21.6 m.

96 − 21.6 = 74.4 m.

Subtract the wall panel:

74.4 − 6.4 = 68 m.

The two niches have two returns of 350 mm each:

0.35 × 4 = 1.4 m.

Clean open perimeter:

68 + 1.4 = 69.4 m.

If the corridor belongs to P-03 but uses the same PLT-B / MDF / O-01 as the P-02 apartments, these 69.4 m should not receive a separate purchasing line. They are added to the common PLT-B pool.

This is exactly where the floor schedule helps to understand the origin of the length, and the product specification helps to combine it with another zone without mixing up items.

If on another floor the corridor looks visually the same, but the architecture assigned a different skirting color, the geometry may repeat, while the cutting map after final finishing will already be separate.

Why preserving the original calculation lines is useful in a dispute about overspending

When the actual corridor consumption turned out to be 72 m instead of the calculated 69.4 m, you can quickly check where the difference came from: the door changed, a new niche appeared, the panel became shorter, or the installers did not return the usable offcuts.

If the documents store only the final line “corridor — 70 m,” it is almost impossible to find the cause.

Can skirting be calculated using only the area schedule?

No. Area helps to understand the scale of the object, but it does not provide wall length. For ordering, you need the open perimeter and then the map of specific sections.

If two rooms have the same floor code, can their skirting boards be combined right away?

Only if the architecture specifies the same profile in the same finish. The floor code alone does not guarantee this.

If two different floors use the same white MDF skirting board, can the cutting list be combined?

Yes, if the item code, material, commercial length, finish, and readiness stage match. This is one of the main ways to make a wholesale order more efficient.

Should the skirting board be changed where the flooring changes?

Not necessarily. A floor transition may be inside a room and not touch the walls at all. The decision about the skirting board is determined by the architecture, not automatically by the flooring code.

How should a door be taken into account?

A doorway reduces the open perimeter. If the two sides have different skirting boards, the door additionally becomes the boundary between two purchasing groups.

How should a built-in wardrobe be taken into account?

If no skirting board is planned behind the wardrobe, the wardrobe length is subtracted from the wall run. If the profile must continue, it is not subtracted. An approved furniture detail is required.

Can one PLT-006 in oak and MDF be used in the same cutting plan?

No. They have different material, thickness, and commercial length. These are separate purchasing items.

When should the reserve be calculated?

After the list of finished sections and the cutting map. Otherwise, the reserve becomes an arbitrary percentage unrelated to the actual parts.

How should a repeat delivery be handled?

First, take inventory of whole planks and usable offcuts of the specific finish, then build a cutting plan for the remaining requirement. Only after that should the reorder be placed.

What should be done if the architecture team has not yet decided on the skirting for porcelain stoneware?

Do not include the wooden profile automatically. Leave the line as “decision not approved” and do not release it into the final order.

When is it still too early to buy floor skirting in bulk?

If a floor schedule exists but there is no skirting matrix, open perimeter, exact PLT finishes, or decision on areas without skirting. At this stage, the budget can be estimated, but bulk purchasing is premature.

Before final payment, it is useful to perform one last reverse reconciliation: from each PLT procurement line, trace back to the specific buildings, floors, and rooms that generated it. If PLT-B is claimed for 2,618 m of net requirement, the schedule must unambiguously show which P-02 apartments and which P-03 corridors produce that total. If some meters cannot be traced back to rooms, then either an old revision remains in the calculation, or one zone has been counted twice. Such a check is especially useful after several project changes, when different departments may have maintained local spreadsheets in parallel. After it, the wholesale specification becomes verifiable in both directions: from room to product and from product line back to the actual installation location.

It is also worth separately preserving the list of excluded zones: bathrooms, lobbies with stone plinths, technical rooms, and other areas where wooden skirting is not used by design. This protects future revisions from the reverse error, when a new employee sees an empty line and decides to "add the missing skirting." In a strong specification, the absence of a product is also a recorded design decision.

This format also simplifies internal auditing of the estimate, warehouse, and actual installation.

After this preparation, wholesale floor skirting transforms from a generic line "skirting — 7,000 m" into a verifiable system: P-01 → PLT-A, P-02/P-03 → PLT-B, P-04 → a separate solution, with precise open perimeters, separate cutting maps, the number of whole planks, buildings, floors, phases, and reserve.