Running Track Surfacing Solutions | FieldsMaster
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Running Track Surfacing Solutions for Different Project Needs
Plan the right layer structure, EPDM Rubber Granules and PU Binder (Polyurethane Binder) around your track type, performance goals and installation conditions.
Find the Right Surfacing Solution for Your Running Track
Start with the project goal, then compare the performance priorities and structures that fit the intended use.
Plan for Measured Performance
Project Goal: Align a competition or professional Running Track Surface with the required performance and testing plan.
Discuss Your Track Structure
Running Track Structures to Evaluate
Compare typical layer configurations before matching the structure with project performance, base conditions and installation requirements.
One Layer EPDM Surface
10 mmPolyurethane primer and a 10 mm EPDM Rubber Granules layer with PU Binder, finished with two-component PU line paint.
Two Layers EPDM Surface
13 mm8 mm SBR Base Layer plus 5 mm EPDM Top Layer, with Polyurethane primer and two-component PU line paint.
Spraycoat Running Track
13 mm10 mm SBR Base Layer plus a 3 mm spray layer using EPDM 0.5–2.0 mm, EPDM Powder and Aromatic PU Binder.
Infinergy EPDM Surface
25 mm15 mm ETPU Base Layer plus 10 mm EPDM Top Layer over a prepared and primed base.
Match Materials to Your Running Track Structure
Coordinate EPDM Rubber Granules and PU Binder around the selected Base Layer, Top Layer, color requirement and installation conditions.
EPDM Rubber Granules
Confirm granule size, color, batch planning and Top Layer application before ordering Running Track Materials.
Request EPDM Samples
PU Binder
Compare Aromatic and Aliphatic PU Binder options against layer position, color, UV exposure and installation conditions.
Compare PU Binder OptionsPlan Your Materials Before Ordering
Use color and quantity tools to prepare a more specific material request.
FieldsMaster Color Matching
Review 114+ standard colors and prepare RAL or Pantone requirements for project-specific Color Matching.
Get Color MatchingMaterial Quantity Calculator
Estimate EPDM, SBR and PU Binder quantities from project area, layer structure and thickness.
Calculate Material QuantitiesAvoid Running Track Installation Risks
Check the base, material compatibility, weather window and site process before Running Track Installation begins.
Check the Foundation
Check strength, flatness, cleanliness, moisture, compatibility and drainage before primer or Base Layer installation.
Confirm Compatibility
Confirm EPDM granule size, PU Binder type, mixing ratio, batch quantity, storage and structure compatibility.
Review Conditions
Review temperature, humidity, rainfall, surface moisture and the curing window before installation.
Control Each Step
Control priming, mixing, paving, compaction, spraying or trowelling, curing and line marking.
Testing & Technical Evidence
Review material-level reports and confirm the product, test method and project scope before specification.
Available Material References
EN 71-3 and REACH references may be available for selected materials. Request the relevant report and verify its scope before use.
EN 71 material testing reference
REACH material compliance referenceSee How FieldsMaster Materials Support Real Project Requirements
Review published project applications and the material information currently available for each example.
Suzhou Olympic Sport Centre
Wuxi Blue Track & Silicon PU Complex
Shanghai Normal University Binjiang Primary
Materials Matched to Your Track Structure
Match structure, granule size, binder and color to the track you need.
Choose a Structure for Your Needs
Select a system and thickness to match your project performance requirements.
Match Granule Size to Each Layer
Grades from 0.5–2.0 mm to 2–4 mm for the right layer and system.
Match the Binder to Layer and UV
Choose the PU Binder by layer position, color and UV exposure.
Match Track Colors to Your Brand
Reference RAL or Pantone colors for project-specific design and branding.
The FieldsMaster Difference
Cross-application manufacturing and material capability behind every surface we plan.
Answers for Better Running Track Decisions
Concise guidance for comparing Running Track Structures, materials and installation conditions.
Which Running Track Structure should I evaluate?
Start with intended use, target performance, existing base, drainage, climate and installation capability. Final structure should be confirmed against the project specification and applicable standards.
What are Running Track surfaces made of?
A Running Track Surface can combine an EPDM Rubber Granules Top Layer with PU Binder and, depending on the structure, an SBR or ETPU Base Layer, primer, coatings and line paint.
What EPDM granule size is used for Running Tracks?
The examples shown use EPDM Rubber Granules from 0.5–2.0 mm, 1.0–3.5 mm or 2–4 mm depending on the Running Track Structure and layer function.
How thick is an EPDM Running Track Surface?
The reference structures shown range from 10 mm to 25 mm. Final thickness depends on the selected system, performance requirement, existing base and project specification.
What is the difference between a one-layer and a two-layer EPDM surface?
A one-layer system uses an EPDM Rubber Granules surface layer over a prepared and primed base. The two-layer example combines an SBR Base Layer with an EPDM Top Layer.
When should I evaluate a spraycoat structure?
Evaluate a Spraycoat Running Track when its Base Layer, spray layer, performance requirements and installation method fit the project specification.
How do I choose a PU Binder?
Compare Aromatic and Aliphatic PU Binder options against layer position, Color Matching requirements, UV exposure, budget and technical specification.
How can I estimate Running Track Materials?
Use the FieldsMaster Material Quantity Calculator for an initial EPDM, SBR and PU Binder estimate, then confirm allowances for waste, edges and site conditions.
What should be checked before Running Track Installation?
Check base strength, drainage, climate, material storage, mixing, installation sequence and curing protection before work begins.
Let's Plan a Running Track That Performs the Way You Need.
Tell us the track type, size, what's underneath, your area, the colors you want, and your timeline. We'll suggest the right materials and amounts.