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  4. Timber Lead Times in Europe: Country-by-Country Delivery Guide

procurement · For builders

Timber Lead Times in Europe: Country-by-Country Delivery Guide


Country-by-country guide to timber lead times across Europe. Covers delivery schedules by product type, transport modes, and strategies to reduce procurement delays.

28 May 2026
·
14 min read
·PuurModulair Technical Team

On This Page

  • The European Timber Supply Chain
    • Production Geography
    • Supply Chain Stages
  • Country-by-Country Lead Time Guide
    • Sweden
    • Finland
    • Germany
    • Austria
    • Baltic States (Latvia, Lithuania, Estonia)
    • Poland
    • Romania
  • Lead Times by Product Type
    • Standard Structural Timber ([C24](/products/c24-structural-construction-timber))
    • Glued Laminated Timber (Glulam/BSH)
    • Cross-Laminated Timber (CLT)
    • Specialist Products
  • Transport Modes and Timing
    • Road Transport
    • Sea Freight
    • Rail Transport
  • Strategies to Reduce Lead Times
    • 1. Early Procurement Planning
    • 2. Design for Stock Availability
    • 3. Multiple Supplier Relationships
    • 4. Buffer Stock Strategy
    • 5. Procurement Schedule Template
  • Seasonal Patterns and Market Cycles
    • Annual Demand Cycle
    • Planning Around Shutdowns
  • Risk Factors and Contingency Planning
    • Supply Disruption Scenarios
    • Building Contingency into Programmes
  • Related Resources

On This Page

  • The European Timber Supply Chain
    • Production Geography
    • Supply Chain Stages
  • Country-by-Country Lead Time Guide
    • Sweden
    • Finland
    • Germany
    • Austria
    • Baltic States (Latvia, Lithuania, Estonia)
    • Poland
    • Romania
  • Lead Times by Product Type
    • Standard Structural Timber ([C24](/products/c24-structural-construction-timber))
    • Glued Laminated Timber (Glulam/BSH)
    • Cross-Laminated Timber (CLT)
    • Specialist Products
  • Transport Modes and Timing
    • Road Transport
    • Sea Freight
    • Rail Transport
  • Strategies to Reduce Lead Times
    • 1. Early Procurement Planning
    • 2. Design for Stock Availability
    • 3. Multiple Supplier Relationships
    • 4. Buffer Stock Strategy
    • 5. Procurement Schedule Template
  • Seasonal Patterns and Market Cycles
    • Annual Demand Cycle
    • Planning Around Shutdowns
  • Risk Factors and Contingency Planning
    • Supply Disruption Scenarios
    • Building Contingency into Programmes
  • Related Resources

Timber procurement in European construction operates across a complex network of forests, sawmills, processing plants, and logistics chains spanning from the boreal forests of Scandinavia to the construction sites of Western Europe. Understanding lead times — and the factors that influence them — is essential for any builder or project manager working with structural timber.

This guide provides a practical, country-by-country reference for timber delivery times across Europe, covering all major product types and offering strategies to keep your project on programme.

The European Timber Supply Chain

Production Geography

Europe's timber production is concentrated in a band stretching from Scandinavia through the Baltic states, Central Europe, and into the Alpine regions:

Region Primary Products Annual Production (sawn softwood)
Sweden C24 structural, glulam, CLT 18.5 million m³
Finland C24 structural, plywood, LVL 11.2 million m³
Germany Glulam, CLT, structural timber 21.8 million m³
Austria Glulam, CLT, KVH 10.1 million m³
Poland Structural timber, pallet wood 4.8 million m³
Latvia/Lithuania Structural timber, planed products 6.2 million m³
Romania Structural timber, hardwoods 3.1 million m³
Czech Republic Structural timber, glulam 3.4 million m³

Supply Chain Stages

Every timber delivery passes through these stages, each adding time:

  1. Forest harvesting → 0 days (continuous, from standing stock)
  2. Log transport to sawmill → 1–5 days
  3. Sawing and initial drying → 7–21 days (kiln drying to 18–20%)
  4. Further processing (planing, grading, treatment) → 3–7 days
  5. Engineering/manufacturing (for glulam, CLT) → 14–56 days
  6. Order processing and scheduling → 3–7 days
  7. Loading and transport → 2–14 days (depending on mode and distance)
  8. Customs/port handling (if applicable) → 1–5 days
  9. Final delivery to site → 1–2 days

For stock items (standard C24 sections), stages 1–4 are already complete — the product sits in warehouse ready for dispatch. For made-to-order products (glulam beams, CLT panels), stages 4–5 represent the critical manufacturing time.

Country-by-Country Lead Time Guide

Sweden

Sweden is Europe's largest exporter of structural softwood, with highly efficient sawmill and logistics infrastructure.

Product Lead Time to Western Europe Notes
C24 structural (stock sizes) 2–3 weeks Large stockholding in Swedish ports
C24 non-standard lengths 4–6 weeks Requires sawmill scheduling
Glulam (standard sections) 4–6 weeks Multiple manufacturers
Glulam (custom/curved) 8–12 weeks Design approval required first
CLT panels 12–16 weeks Limited Swedish CLT capacity
Planed/treated timber 3–5 weeks Treatment adds 1–2 weeks

Transport: Sea freight from Swedish ports (Gothenburg, Karlshamn, Gävle) to UK/Netherlands/Belgium takes 3–5 days. Road transport to Germany/Denmark takes 2–3 days.

Seasonal factors: Swedish sawmills typically shut for maintenance in weeks 28–30 (July) and weeks 51–52 (Christmas). Order before these periods or expect 2-week delays.

Finland

Finland specialises in high-quality structural timber, plywood, and LVL products.

Product Lead Time to Western Europe Notes
C24 structural (stock) 3–4 weeks Slightly longer sea routes
LVL (Kerto) 6–10 weeks Specialist product, limited producers
Plywood (structural) 4–6 weeks Large production capacity
Glulam 6–8 weeks Fewer manufacturers than Sweden
Thermowood (modified) 4–6 weeks Specialist treatment process

Transport: Sea freight from Finnish ports (Kotka, Rauma, Helsinki) to Western Europe takes 5–7 days. Winter ice conditions (January–March) can add 2–3 days to Baltic Sea routes.

Germany

Germany is Europe's largest timber market and a major producer of engineered timber products.

Product Lead Time (domestic/neighbouring countries) Notes
C24 structural (stock) 1–2 weeks Extensive distribution network
KVH (solid structural timber) 2–4 weeks German-specific product
Glulam (standard) 3–5 weeks Many manufacturers
Glulam (custom) 6–10 weeks Design-dependent
CLT panels 8–14 weeks Growing capacity
BSH beams 4–6 weeks Standard production

Transport: Road delivery within Germany takes 1–2 days. To neighbouring countries (Netherlands, Belgium, France, Poland) add 1–3 days.

For BSH glued laminated beams, German and Austrian manufacturers offer the most competitive lead times due to concentrated production capacity and established logistics networks.

Austria

Austria punches above its weight in engineered timber, with world-leading CLT and glulam manufacturers.

Product Lead Time to Western Europe Notes
CLT panels 10–14 weeks Major CLT production hub
Glulam (standard) 4–6 weeks High capacity
Glulam (large section/curved) 8–14 weeks Specialist capability
Brettstapel (dowel-lam) 8–12 weeks Niche product
C24 structural 2–4 weeks Primarily for domestic market

Transport: Road from Austria to Western Europe takes 2–4 days. Alpine routes can be affected by winter weather (November–March) and weekend driving bans for heavy vehicles.

Baltic States (Latvia, Lithuania, Estonia)

The Baltic states offer competitive pricing with reasonable lead times for standard structural products.

Product Lead Time to Western Europe Notes
C24 structural (stock) 2–4 weeks Growing export capacity
Planed structural timber 3–5 weeks Good planing capacity
Glulam (standard) 5–8 weeks Developing capability
Treated timber 4–6 weeks CCA and copper-based
Cladding/decking 3–5 weeks Competitive pricing

Transport: Sea freight from Riga/Klaipeda to UK takes 4–6 days. Road to Germany/Poland takes 2–3 days. Rail options available for large volumes.

Poland

Poland is a significant timber producer with proximity advantages for Central and Western European markets.

Product Lead Time to Western Europe Notes
C24 structural 2–3 weeks Large production, close proximity
Construction timber (general) 1–3 weeks Extensive sawmill network
Glulam 5–8 weeks Growing manufacturing sector
Pallet and packaging timber 1–2 weeks Major producer
Hardwoods (oak, beech) 4–8 weeks Significant hardwood resource

Transport: Road from Poland to Germany takes 1–2 days, to Netherlands/Belgium 2–3 days, to UK 3–5 days (including Channel crossing).

Romania

Romania offers hardwood species and competitive softwood pricing, but with longer and less predictable lead times.

Product Lead Time to Western Europe Notes
Softwood structural 4–6 weeks Less developed logistics
Hardwood (oak, beech, ash) 6–10 weeks Significant resource
Glulam 8–12 weeks Limited manufacturing

Transport: Road from Romania to Western Europe takes 3–5 days. Border crossings and infrastructure quality can add variability.

Lead Times by Product Type

Standard Structural Timber (C24)

Scenario Lead Time Conditions
Stock sizes, local distributor 3–5 days 47×100 to 47×225, lengths 2.4–4.8 m
Stock sizes, direct from mill 2–3 weeks Full packs (typically 3–5 m³ minimum)
Non-standard sizes 4–8 weeks Requires sawmill scheduling
Non-standard lengths (>6 m) 4–8 weeks Limited availability
Fire-retardant treated +2–4 weeks Additional processing step
Preservative treated +1–2 weeks Standard treatment process

Glued Laminated Timber (Glulam/BSH)

Scenario Lead Time Conditions
Standard sections (stock) 4–6 weeks 100×200 to 200×600, straight
Standard sections (made to order) 6–8 weeks Any rectangular section
Large sections (>200 mm wide) 8–12 weeks Specialist pressing equipment
Curved beams 10–16 weeks Requires bending jig fabrication
Tapered beams 8–12 weeks CNC machining after pressing
With steel connections factory-fitted +2–3 weeks Coordination with metalwork supplier

Cross-Laminated Timber (CLT)

Scenario Lead Time Conditions
Standard panels (design complete) 10–14 weeks Manufacturing + delivery
Complex panels (many openings) 12–16 weeks Extended CNC time
Large panels (>12 m length) 14–20 weeks Special transport arrangement
With factory-applied insulation +2–3 weeks Additional processing
Design development phase +6–12 weeks Before manufacturing starts

Specialist Products

Product Lead Time Source
LVL (Laminated Veneer Lumber) 6–10 weeks Finland, Germany
Accoya (modified timber) 6–10 weeks Netherlands
Thermowood 4–8 weeks Finland, Baltic states
Kebony (modified timber) 8–12 weeks Norway
Hardwood decking (tropical) 8–16 weeks Via European importers

Transport Modes and Timing

Road Transport

Road is the default for most European timber deliveries:

Route Transit Time Maximum Load
Within country (<500 km) 1 day 24–26 tonnes
Neighbouring country (500–1500 km) 2–3 days 24–26 tonnes
Cross-Europe (1500–2500 km) 3–5 days 24–26 tonnes
To UK (including ferry/tunnel) +1 day 24–26 tonnes

Constraints: Weekend driving bans in Germany, Austria, France (Saturday afternoon to Sunday evening for vehicles >7.5 tonnes). Plan deliveries to avoid weekend transit through these countries.

Sea Freight

Sea transport is cost-effective for large volumes from Scandinavia and the Baltic:

Route Transit Time Vessel Type
Sweden → UK (east coast) 3–4 days Ro-Ro or bulk carrier
Finland → UK 5–7 days Bulk carrier
Baltic states → UK 4–6 days Container or bulk
Sweden → Netherlands/Belgium 2–3 days Short-sea shipping

Add 2–3 days for port handling (unloading, customs, onward transport).

Rail Transport

Rail is increasingly used for sustainable logistics:

Route Transit Time Minimum Volume
Scandinavia → Central Europe 5–7 days Full wagon (60–70 m³)
Baltic states → Germany 4–6 days Full wagon
Austria → Northern Europe 3–5 days Full wagon

Rail requires intermodal transfer (rail to road) for final delivery, adding 1–2 days.

Strategies to Reduce Lead Times

1. Early Procurement Planning

The single most effective strategy is starting procurement early:

Project Stage Action
RIBA Stage 2 (Concept) Identify timber products needed, budget pricing
RIBA Stage 3 (Developed Design) Engage preferred suppliers, confirm availability
RIBA Stage 4 (Technical Design) Place orders for long-lead items (CLT, glulam)
RIBA Stage 5 (Construction) Call off standard timber from framework agreements

2. Design for Stock Availability

Design with standard available sections to avoid manufacturing delays:

Standard C24 sections (always in stock):

  • 47 × 100, 47 × 125, 47 × 150, 47 × 175, 47 × 200, 47 × 225 mm
  • 75 × 150, 75 × 200, 75 × 225 mm
  • Standard lengths: 2.4, 3.0, 3.6, 4.2, 4.8, 5.4, 6.0 m

Standard glulam sections (typically in stock):

  • Widths: 90, 115, 140, 160, 185, 200 mm
  • Depths: 200, 225, 270, 315, 360, 405, 450, 500, 600 mm

3. Multiple Supplier Relationships

Maintain relationships with 2–3 suppliers for each product type:

  • Primary supplier for best pricing on bulk orders
  • Secondary supplier for urgent/small orders
  • Alternative source in different country for supply security

4. Buffer Stock Strategy

For projects with tight programmes, consider holding buffer stock:

  • Order 5–10% additional standard sections at project start
  • Store on site or at local distributor
  • Use for variations, damage replacement, or programme acceleration
  • Return unused stock at project end (agree terms in advance)

5. Procurement Schedule Template

Week Action Product Lead Time
−20 Order CLT panels CLT 14 weeks
−16 Order glulam beams Glulam 10 weeks
−12 Order metalwork connections Steel 6 weeks
−8 Order structural timber (bulk) C24 4 weeks
−4 Order secondary timber C24/C16 2 weeks
−2 Confirm delivery dates All —
0 First delivery to site C24 structural —
+1 Glulam delivery Glulam —
+2 CLT delivery CLT —

Seasonal Patterns and Market Cycles

Annual Demand Cycle

European timber demand follows a predictable seasonal pattern:

Period Demand Level Effect on Lead Times
January–February Low Shortest lead times, best availability
March–May Rising rapidly Lead times extending, order early
June–August Peak Longest lead times, potential shortages
September–October Declining Lead times normalising
November–December Low Short lead times, but holiday shutdowns

Planning Around Shutdowns

Country Typical Shutdown Period Duration
Sweden Weeks 28–30 (July) 2–3 weeks
Finland Weeks 27–30 (July) 3–4 weeks
Germany Varies by region 1–2 weeks
Austria Weeks 29–31 (July/August) 2–3 weeks
All countries Weeks 51–1 (Christmas/New Year) 1–2 weeks

Strategy: Place orders 4–6 weeks before shutdown periods to ensure production is completed before the break.

Risk Factors and Contingency Planning

Supply Disruption Scenarios

Risk Probability Impact Mitigation
Sawmill breakdown Medium 2–4 week delay Multiple suppliers
Transport disruption Medium 1–2 week delay Buffer stock
Raw material shortage Low–Medium 4–8 week delay Early ordering
Certification issue Low 2–4 week delay Verify before ordering
Currency fluctuation Medium Cost impact (not time) Fix prices at order
Port congestion Low–Medium 1–2 week delay Road transport alternative
Customs delay (UK) Medium 1–5 day delay Correct documentation

Building Contingency into Programmes

For timber-dependent construction programmes, build contingency as follows:

  • Standard structural timber: +1 week contingency
  • Engineered timber (glulam): +2 weeks contingency
  • CLT panels: +4 weeks contingency
  • Specialist/imported products: +4 weeks contingency

Related Resources

  • Structural Timber Guide — comprehensive reference for timber construction
  • C24 Structural Construction Timber — standard structural timber specifications and availability
  • BSH Glued Laminated Beams — engineered beam solutions with European-wide delivery
  • Timber Import Regulations UK — post-Brexit import requirements

Common Questions

Frequently Asked Questions

What is the typical lead time for structural timber in Europe?

Standard structural timber (C24 sawn softwood in stock sizes) typically has a lead time of 2–4 weeks from order to delivery within Northern Europe. Non-standard sizes or lengths extend this to 4–8 weeks. Engineered timber products have longer lead times: glulam beams require 4–10 weeks, CLT panels 10–16 weeks, and LVL products 6–12 weeks. These timescales assume normal market conditions — during periods of high demand or supply disruption, lead times can double.

Which European countries have the shortest timber delivery times?

For buyers in Western Europe, the shortest delivery times come from Scandinavia (Sweden, Finland) and the Baltic states (Latvia, Lithuania, Estonia) due to large production capacity, efficient logistics infrastructure, and established export routes. Germany and Austria offer short lead times for engineered timber products (glulam, CLT) due to concentrated manufacturing capacity. Poland provides competitive lead times for standard structural timber due to proximity to Western European markets.

How does transport mode affect timber delivery time?

Road transport within Europe typically adds 2–5 days depending on distance (up to 2,500 km practical maximum). Sea freight from Scandinavia to UK/Western Europe takes 3–7 days port-to-port plus 2–3 days for port handling. Rail transport from Eastern Europe takes 5–10 days but is cost-effective for large volumes. Intermodal (rail + road) combines cost efficiency with reasonable speed. The choice of transport mode can add 1–14 days to the manufacturing lead time.

How can I reduce timber lead times on my project?

The most effective strategies are: order early (place orders at RIBA Stage 4, not after construction starts), use stock sizes where possible (47×200, 47×225 are always available), accept standard lengths (3.6–6.0 m) rather than specifying exact cut lengths, maintain relationships with multiple suppliers for flexibility, consider holding buffer stock for critical-path items, and design with standard engineered timber sizes rather than bespoke sections.

What causes timber supply delays in Europe?

Common causes include: seasonal demand peaks (spring construction season creates March–May bottlenecks), sawmill maintenance shutdowns (typically July and December), transport disruption (winter weather, driver shortages), certification delays (FSC/PEFC chain of custody audits), customs procedures (post-Brexit UK imports), raw material shortages (bark beetle damage, forest fire impacts), and currency fluctuations affecting cross-border trade.

Do I need to plan differently for engineered timber vs sawn timber?

Yes, significantly. Engineered timber (glulam, CLT, LVL) requires design finalisation before manufacturing can begin — you cannot order 'standard' CLT panels without project-specific engineering. This means the design programme directly affects procurement lead time. For a CLT project, allow 6–12 weeks for design development plus 8–14 weeks for manufacturing. Sawn structural timber can be ordered from stock with minimal design input beyond a cutting list.

What documentation is needed for timber imports within Europe?

Within the EU single market, timber moves freely with: Declaration of Performance (DoP), CE marking documentation, chain of custody certificate (FSC/PEFC), and standard commercial documentation (invoice, packing list, CMR transport document). For imports to the UK post-Brexit, additional requirements include: UKCA marking (or CE marking during transition), phytosanitary certificate for certain products, customs declarations, and EUDR due diligence statements (from 2025).

How do I build a timber procurement schedule for a construction project?

Start from the required delivery date and work backwards: identify the installation date from the construction programme, subtract 1–2 weeks for site storage and preparation, subtract the delivery lead time (product-specific), subtract the manufacturing time (for engineered products), subtract the design/approval time, and add 2–4 weeks contingency. This gives the latest order date. For critical-path items, add an additional 4 weeks buffer. Issue the procurement schedule to all parties at project start.

PM

Written by

PuurModulair Technical Team

Specialists in premium European timber specification. Our team works directly with architects, structural engineers, and contractors across the UK, Netherlands, Germany, and Scandinavia to specify timber by grade, species, treatment, and origin. Every guide is reviewed by qualified timber technologists before publication.

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