Campus track
Design elasticity, anti-slip and durability according to foundation, climate, usage intensity and teaching scene.
DPU | BASF&DBC
Put the material system into every real sports field.
From campus runways, courts, kindergarten activity areas to professional venues and urban trails, DPU puts basic diagnosis, elastic layer, surface layer, anti-skid, wear-resistant, construction climate, acceptance and maintenance into the same project system.
System objectsTrack · Court · Activity Area · Trail
Material structureBase layer · Elastic layer · Functional surface layer
project capabilitiesSurvey · Design · Construction · Acceptance
Source of experienceCampus · Venue · Urban Public Space
DPU
Establish a complete sports ground project from site conditions to layer structure and acceptance.
The type of movement, foundation conditions, climate drainage, intensity of use and maintenance methods jointly determine the system structure; material selection must be synchronized with on-site construction and acceptance indicators.
Professional golf course
Grip, rebound, friction and marking systems for different ball sports.
Children's activity area
Taking into account cushioning, anti-slip, color, cleaning and high-frequency use.
Urban fitness trail
Connecting continuous paving, weathering, drainage, maintenance and public space use.
System layer structure
Basic treatment, primer, elastic layer, reinforcement layer, surface layer and marking are controlled layer by layer.
Whole process delivery
Site survey, plans, prototypes, construction, quality records, acceptance and maintenance.
Use material structures and real venues to present the technical foundation of sports surfaces.
Elastic buffering, outdoor weather resistance, water-based construction and project site respectively correspond to materials, processes and delivery links, jointly explaining the system capabilities.
From site survey to system design and project delivery.
Submit the site use, foundation conditions, area, climate drainage, usage intensity and delivery nodes, and the engineering team will establish the layer structure, template and construction plan.
Clarify the type of exercise, user groups, area and frequency
Investigate strength, flatness, drainage, cracks and climate
Design layer structure and complete color and performance templates
Control process, dosage, climate window and on-site records
Complete acceptance, usage disclosure and maintenance plan
Bring site conditions and sports needs into project assessment.
Starting from the on-site foundation, usage intensity and delivery goals, a sports ground system that can be constructed, accepted and maintained is formed.