|
| MOQ: | 1000 평방 미터 |
| 가격: | Price Upon Request |
| 표준 포장: | 스틸 드럼 |
| 배송 기간: | 잔금 후 15일 이내 |
| 결제 방법: | 신용장, 티/티 |
| 공급 능력: | 1주일에 10000 평방미터 |
Balanced cushioning, dependable wet grip and a seamless surface designed for physical education classes, daily training, sports days and after-school activities.
A school running track is rarely used for only one purpose. During the same week, it may support physical education classes, athletics training, student fitness testing, sports days and community activities.
For school buyers, the key question is not simply which surface has the lowest price per square meter. The more important considerations are:
Is the cushioning appropriate for frequent student use?
Can the surface provide dependable traction in wet conditions?
Is it easy for the maintenance team to inspect and clean?
Can the color and lane layout match the campus plan?
Can the supplier coordinate with the appointed local contractor?
This Full PU system is intended for school projects that require a seamless, durable and clearly specified athletics surface without positioning the venue as a certified professional competition track.
| Performance Item | Confirmed Value | What It Means for the Buyer |
|---|---|---|
| Force Reduction | 43% | Provides balanced cushioning for daily running, training and physical education use |
| Tensile Strength | 0.8 MPa | Indicates the material’s ability to resist pulling and surface stress |
| Elongation at Break | 90% | Allows the system to accommodate normal movement and deformation |
| Wet Skid Resistance | 56 BPN | Provides a clear reference for surface traction under wet conditions |
These values support a higher-performance school track specification. Final suitability should still be reviewed together with the complete test report, base condition, drainage design, climate and expected usage.
This product should not be described as a certified competition track unless the specific project system and supporting documents meet the required certification standard.
The confirmed 43% force reduction provides a measurable cushioning reference for physical education classes, student training and regular campus use.
A wet skid resistance result of 56 BPN gives the school, consultant and contractor a clear traction reference instead of relying only on general claims such as “anti-slip.”
The continuous Full PU surface reduces visible joints and makes routine cleaning, inspection and localized maintenance easier to manage.
Running lanes, safety zones, activity areas, school colors and campus logos can be planned before installation. Final colors should be confirmed using approved drawings and physical samples.
Material quantity, system structure, installation sequence, line marking and maintenance requirements can be discussed with the school’s appointed contractor before production and shipment.
This Full PU running track system can be considered for:
Primary and secondary schools
International schools
Colleges and universities
Campus athletics fields
Physical education areas
Student training tracks
School sports day venues
Multipurpose campus activity zones
The final system specification should be selected according to traffic level, base condition, drainage, local climate, project budget and required service life.
Depending on the agreed project scope, support may include:
Full PU running track material recommendations
Material consumption calculations
Track color and lane layout coordination
Layer structure and application guidance
Base and drainage review based on submitted project information
Packaging and delivery planning
Technical documents for the appointed installer
Line-marking and maintenance recommendations
Remote technical guidance during installation
The exact supply scope should be confirmed in the quotation so the school, contractor and supplier understand their respective responsibilities.
To prepare a practical material plan, please provide:
School or project type
Total running track area
Track dimensions or drawings
Existing base material
Current base condition
Drainage arrangement
Required track thickness
Preferred colors and lane layout
Project location and climate
Expected installation date
Whether local installation is already arranged
Required trade terms and delivery destination
Providing complete project information helps reduce material shortages, incorrect system selection and unnecessary changes during installation.
The school or contractor provides drawings, site photos, base information and drainage details.
The buyer confirms the intended use, system structure, thickness, colors, lane layout and project scope.
Material quantities, packaging, production schedule and shipment sequence are prepared according to the approved project information.
Technical guidance is provided for base preparation, material application, curing conditions and quality-control points.
The contractor completes the approved lane layout, activity markings and final surface inspection.
The school receives practical recommendations for cleaning, drainage checks, routine inspection and early repair of localized damage.
The final quality of a running track depends on more than the surface material.
Before installation, the base should be checked for:
Surface strength and stability
Flatness and slope
Cracks or settlement
Moisture condition
Drainage performance
Oil, dust or loose contamination
Compatibility with the selected primer and PU system
A high-quality Full PU material cannot compensate for a weak, wet or poorly drained base. Any base defects should be corrected before application begins.
A school project module should contain verified information rather than only finished photographs.
Recommended case information includes:
Project country or city
School type
Total track area
Selected running track system
Finished thickness
Color and lane arrangement
Base condition
Completion date
Scope of supply
Installation support provided
Actual project photographs
The scope should clearly state whether the project involved material supply, technical guidance, local contractor coordination or complete construction support.
The confirmed 43% result provides a balanced cushioning reference for daily running, physical education and student training. Final suitability should be reviewed together with the full test report, student usage level, base structure and project requirements.
This page presents the system as a higher-performance school running track. It should not be promoted as a certified competition venue unless the specific system, installation and supporting certification documents meet the required standard.
Yes. Lane colors, surrounding zones, school colors and logos can be planned according to the approved visual design. Final colors should be confirmed using physical samples because screen colors may differ from the installed surface.
No. The construction zone must remain closed during base preparation, primer application, PU installation, curing, line marking and final inspection. The exact closure period depends on the project size, weather, base condition and installation schedule.
Yes, provided the contractor has suitable PU sports-surface experience and follows the approved installation method. Technical documents and remote guidance can be supplied, but the responsibilities of the local contractor and material supplier should be clearly defined before ordering.
The school should remove dirt and debris regularly, keep drainage outlets clear, avoid sharp or heavy objects, inspect high-traffic areas and repair localized damage before it spreads. A project-specific maintenance note can be supplied.
The cracks should be inspected to determine whether they are superficial or caused by structural movement. Applying the Full PU system directly over an unstable base may lead to future surface cracking.
Material consumption is calculated according to the total area, selected structure, thickness, base condition and expected site loss. Accurate drawings and site information are required before the final quantity is confirmed.
The schedule depends on the total area, base repair requirements, number of layers, weather, curing conditions and line-marking complexity. A project schedule can be prepared after the site information is reviewed.
A complete quotation should identify the selected system, layer structure, estimated consumption, packaging, supply scope, delivery terms, technical support and any items that must be completed by the local contractor.
Send us your school type, total area, track drawing, base condition, project location and preferred colors.
We will help you evaluate the suitable Full PU structure, estimate material requirements and prepare a practical supply plan for your school project.
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|
| MOQ: | 1000 평방 미터 |
| 가격: | Price Upon Request |
| 표준 포장: | 스틸 드럼 |
| 배송 기간: | 잔금 후 15일 이내 |
| 결제 방법: | 신용장, 티/티 |
| 공급 능력: | 1주일에 10000 평방미터 |
Balanced cushioning, dependable wet grip and a seamless surface designed for physical education classes, daily training, sports days and after-school activities.
A school running track is rarely used for only one purpose. During the same week, it may support physical education classes, athletics training, student fitness testing, sports days and community activities.
For school buyers, the key question is not simply which surface has the lowest price per square meter. The more important considerations are:
Is the cushioning appropriate for frequent student use?
Can the surface provide dependable traction in wet conditions?
Is it easy for the maintenance team to inspect and clean?
Can the color and lane layout match the campus plan?
Can the supplier coordinate with the appointed local contractor?
This Full PU system is intended for school projects that require a seamless, durable and clearly specified athletics surface without positioning the venue as a certified professional competition track.
| Performance Item | Confirmed Value | What It Means for the Buyer |
|---|---|---|
| Force Reduction | 43% | Provides balanced cushioning for daily running, training and physical education use |
| Tensile Strength | 0.8 MPa | Indicates the material’s ability to resist pulling and surface stress |
| Elongation at Break | 90% | Allows the system to accommodate normal movement and deformation |
| Wet Skid Resistance | 56 BPN | Provides a clear reference for surface traction under wet conditions |
These values support a higher-performance school track specification. Final suitability should still be reviewed together with the complete test report, base condition, drainage design, climate and expected usage.
This product should not be described as a certified competition track unless the specific project system and supporting documents meet the required certification standard.
The confirmed 43% force reduction provides a measurable cushioning reference for physical education classes, student training and regular campus use.
A wet skid resistance result of 56 BPN gives the school, consultant and contractor a clear traction reference instead of relying only on general claims such as “anti-slip.”
The continuous Full PU surface reduces visible joints and makes routine cleaning, inspection and localized maintenance easier to manage.
Running lanes, safety zones, activity areas, school colors and campus logos can be planned before installation. Final colors should be confirmed using approved drawings and physical samples.
Material quantity, system structure, installation sequence, line marking and maintenance requirements can be discussed with the school’s appointed contractor before production and shipment.
This Full PU running track system can be considered for:
Primary and secondary schools
International schools
Colleges and universities
Campus athletics fields
Physical education areas
Student training tracks
School sports day venues
Multipurpose campus activity zones
The final system specification should be selected according to traffic level, base condition, drainage, local climate, project budget and required service life.
Depending on the agreed project scope, support may include:
Full PU running track material recommendations
Material consumption calculations
Track color and lane layout coordination
Layer structure and application guidance
Base and drainage review based on submitted project information
Packaging and delivery planning
Technical documents for the appointed installer
Line-marking and maintenance recommendations
Remote technical guidance during installation
The exact supply scope should be confirmed in the quotation so the school, contractor and supplier understand their respective responsibilities.
To prepare a practical material plan, please provide:
School or project type
Total running track area
Track dimensions or drawings
Existing base material
Current base condition
Drainage arrangement
Required track thickness
Preferred colors and lane layout
Project location and climate
Expected installation date
Whether local installation is already arranged
Required trade terms and delivery destination
Providing complete project information helps reduce material shortages, incorrect system selection and unnecessary changes during installation.
The school or contractor provides drawings, site photos, base information and drainage details.
The buyer confirms the intended use, system structure, thickness, colors, lane layout and project scope.
Material quantities, packaging, production schedule and shipment sequence are prepared according to the approved project information.
Technical guidance is provided for base preparation, material application, curing conditions and quality-control points.
The contractor completes the approved lane layout, activity markings and final surface inspection.
The school receives practical recommendations for cleaning, drainage checks, routine inspection and early repair of localized damage.
The final quality of a running track depends on more than the surface material.
Before installation, the base should be checked for:
Surface strength and stability
Flatness and slope
Cracks or settlement
Moisture condition
Drainage performance
Oil, dust or loose contamination
Compatibility with the selected primer and PU system
A high-quality Full PU material cannot compensate for a weak, wet or poorly drained base. Any base defects should be corrected before application begins.
A school project module should contain verified information rather than only finished photographs.
Recommended case information includes:
Project country or city
School type
Total track area
Selected running track system
Finished thickness
Color and lane arrangement
Base condition
Completion date
Scope of supply
Installation support provided
Actual project photographs
The scope should clearly state whether the project involved material supply, technical guidance, local contractor coordination or complete construction support.
The confirmed 43% result provides a balanced cushioning reference for daily running, physical education and student training. Final suitability should be reviewed together with the full test report, student usage level, base structure and project requirements.
This page presents the system as a higher-performance school running track. It should not be promoted as a certified competition venue unless the specific system, installation and supporting certification documents meet the required standard.
Yes. Lane colors, surrounding zones, school colors and logos can be planned according to the approved visual design. Final colors should be confirmed using physical samples because screen colors may differ from the installed surface.
No. The construction zone must remain closed during base preparation, primer application, PU installation, curing, line marking and final inspection. The exact closure period depends on the project size, weather, base condition and installation schedule.
Yes, provided the contractor has suitable PU sports-surface experience and follows the approved installation method. Technical documents and remote guidance can be supplied, but the responsibilities of the local contractor and material supplier should be clearly defined before ordering.
The school should remove dirt and debris regularly, keep drainage outlets clear, avoid sharp or heavy objects, inspect high-traffic areas and repair localized damage before it spreads. A project-specific maintenance note can be supplied.
The cracks should be inspected to determine whether they are superficial or caused by structural movement. Applying the Full PU system directly over an unstable base may lead to future surface cracking.
Material consumption is calculated according to the total area, selected structure, thickness, base condition and expected site loss. Accurate drawings and site information are required before the final quantity is confirmed.
The schedule depends on the total area, base repair requirements, number of layers, weather, curing conditions and line-marking complexity. A project schedule can be prepared after the site information is reviewed.
A complete quotation should identify the selected system, layer structure, estimated consumption, packaging, supply scope, delivery terms, technical support and any items that must be completed by the local contractor.
Send us your school type, total area, track drawing, base condition, project location and preferred colors.
We will help you evaluate the suitable Full PU structure, estimate material requirements and prepare a practical supply plan for your school project.
