Ice Rink Dasher Board System is a modular perimeter barrier designed for portable ice rinks, seasonal skating facilities, synthetic ice areas, hockey training centers, shopping malls, schools and recreational venues.
The complete system can include smooth HDPE or UHMWPE facing panels, galvanized steel or aluminum frames, curved corner sections, access gates, colored kick plates, top handrails and optional transparent protective shielding.
Typical barrier heights range from approximately 1000 to 1220 mm, with common module lengths from 1000 to 2400 mm. Polyethylene facing panels are generally available in thicknesses from approximately 8 to 15 mm. Removable connections allow the complete rink system to be assembled, dismantled, transported and stored between skating seasons.
Ice Rink Dasher Board System is a modular perimeter barrier designed for portable ice rinks, seasonal skating facilities, synthetic ice surfaces, hockey training areas and recreational skating venues. The complete system combines smooth polyethylene facing panels with removable metal frames, straight modules, curved corner sections, access gates, handrails, supporting feet and connecting hardware.
Unlike a permanently constructed rink wall, the modular structure can be assembled before the skating season and dismantled when the venue is no longer in operation. Individual sections can be transported, stored, replaced or rearranged according to the available rink dimensions.
The visible facing panels are commonly manufactured from HDPE or UHMWPE engineering plastic. Galvanized steel or aluminum can be used for the supporting frames according to the required strength, module weight, transportation frequency and installation environment.
Ice hockey rinks are normally surrounded by low walls known as boards or dasher boards. For general information about rink dimensions, rounded corners and perimeter boards, visit the Ice Hockey Rink overview on Wikipedia.
An Ice Rink Dasher Board System creates a continuous boundary around an ice or synthetic skating surface. Straight sections form the sides and ends of the rink, while curved, segmented or angled modules connect the corner areas.
Individual modules are normally joined using removable bolts, locking pins, connecting plates or other mechanical fasteners. External triangular supports or freestanding feet help maintain the position and stability of the rink boundary.
The removable construction makes the system suitable for shopping centers, schools, sports clubs, hotels, exhibition halls, winter festivals and other venues where a permanent rink structure is not practical.
A complete modular rink barrier can include the following components:
The component configuration should be selected according to the rink dimensions, skating activity, supporting floor, entrance position and required installation frequency.
The Ice Rink Dasher Board System can be manufactured in different dimensions according to the rink layout and operating environment. The specifications below are practical engineering reference ranges rather than fixed dimensions for every project.
| Product Name | Portable Ice Rink Dasher Board System |
| Facing Panel Material | HDPE or UHMWPE |
| Frame Material | Galvanized steel or aluminum |
| Typical Overall Height | Approximately 1000–1220 mm |
| Common Module Length | Approximately 1000–2400 mm |
| Facing Panel Thickness | Approximately 8–15 mm |
| Kick Plate Height | Approximately 150–250 mm |
| Kick Plate Thickness | Approximately 8–12 mm |
| Top Handrail Width | Approximately 50–100 mm |
| Single Access Gate Width | Approximately 800–1000 mm |
| Equipment Gate Width | Approximately 1200–1800 mm |
| Standard Facing Color | White |
| Optional Colors | Blue, yellow, red, black or project-specific colors |
| Corner Structure | Curved, segmented or angled modules |
| Installation Type | Portable, seasonal or semi-permanent |
| Suitable Environment | Indoor and suitable outdoor skating venues |
The appropriate barrier height and module length depend on the rink size, user group, skating activity and supporting-frame structure. Professional or competition facilities should confirm dimensions and safety requirements with the relevant rink designer or sporting authority.
HDPE provides good impact resistance, practical rigidity, low water absorption and reliable processing performance. It can be cut, drilled, countersunk and machined according to the supporting-frame drawing.
The smooth white surface creates a clean rink appearance and is convenient to maintain. HDPE does not rust and is suitable for seasonal skating environments exposed to moisture and repeated cleaning.
HDPE is commonly selected for recreational and temporary rink projects requiring a durable and economical polyethylene surface.
UHMWPE offers enhanced abrasion resistance, strong impact performance and a naturally low-friction surface. It can be selected for frequently used rink sections or areas exposed to repeated puck, equipment and sliding contact.
The material absorbs very little water and maintains useful toughness in cold environments. Its smooth surface can be cleaned with water and a suitable non-abrasive cleaning agent.
Both UHMWPE and HDPE facing panels can be supplied with machined holes and countersunk fastener positions so that the skating-side surface remains as smooth as possible.
Galvanized steel frames provide strength and stability for larger or frequently used rink systems. The zinc-coated surface helps protect the metal structure against moisture and corrosion.
Steel frames are suitable for seasonal installations that require a strong supporting structure but still need to be dismantled and stored after use.
Frame-tube dimensions, wall thickness, welding positions and supporting-foot structures should be selected according to the total module height, facing-panel size and expected operating conditions.
Aluminum frames reduce the weight of individual modules and can make repeated assembly, dismantling and transportation more convenient.
They are suitable for temporary events, commercial venues and locations where the rink is moved regularly. The aluminum structure must still provide sufficient rigidity and stability for the selected facing-panel dimensions.
The choice between aluminum and galvanized steel should consider transportation frequency, available labor, storage space, rink size and required structural performance.
Curved corners create a smooth transition between the side and end sections. The corner structure may use specially manufactured curved frames or several shorter segmented modules.
The corner radius should be selected according to the rink dimensions and intended skating activity. Larger skating areas normally use wider curves, while compact recreational rinks may use smaller segmented corners.
Each corner section should align correctly with the adjacent straight modules. Large gaps, exposed fasteners and sharp edges should be avoided on the skating side.
A colored kick plate is commonly installed along the lower section of the rink board. Yellow is frequently used to create a visible boundary between the white facing panel and the skating surface.
Blue, red, black or other colors can also be selected according to the rink design. The kick plate can be replaced independently when it becomes worn or damaged.
The top handrail covers the upper edge of the rink board system. It creates a finished appearance and helps protect the upper edge of the plastic facing panel.
An Ice Rink Dasher Board System can include single-person access gates for skaters, coaches and staff. A typical clear opening may measure approximately 800–1000 mm wide.
Wider equipment gates measuring approximately 1200–1800 mm can be included for cleaning equipment, rink accessories and maintenance access.
Gate hinges, latches and frame connections should be aligned correctly so that the gate opens smoothly and closes securely. Gate positions should be confirmed before the frames and facing panels are produced.
Acrylic or polycarbonate shielding can be installed above the dasher boards when additional puck containment or separation from spectators is required.
The shielding height, thickness and supporting structure depend on the rink activity and venue requirements. Transparent panels are normally secured to aluminum or steel posts connected to the main frame.
Temporary recreational rinks may use a different shielding configuration from professional hockey venues. The final design should be determined according to the intended application and local safety requirements.
The modular system can be arranged for small recreational areas or larger skating surfaces. Example rink footprints may include approximately 10 × 6 m, 15 × 8 m, 20 × 10 m or 30 × 15 m.
These dimensions are project examples rather than official competition specifications. The final rink layout should consider gate positions, corner radius, skating direction, surrounding clearance and emergency access.
Additional straight or curved modules can be added when the skating area needs to be expanded.
The Ice Rink Dasher Board System is suitable for shopping centers, exhibition halls, schools, sports clubs, hotels, skating centers and seasonal entertainment facilities.
The supporting floor should be level, stable and capable of carrying the complete barrier structure. Walking routes, maintenance access and emergency exits should remain clear after installation.
Indoor use protects the system from direct rain, strong sunlight and large weather changes, helping simplify cleaning and seasonal storage.
Outdoor systems can be used for winter festivals, public skating events, temporary ice rinks and suitable synthetic ice facilities.
Outdoor installation should consider wind loading, drainage, sunlight exposure, temperature changes and anchoring. UV-stabilized polyethylene panels can be selected where extended sunlight exposure is expected.
Additional supports, anchors or braces may be required according to the board height, rink location and local environmental conditions.
Before assembly, the rink outline should be marked on the supporting floor. Straight sections, corner modules and gates can then be positioned before the final connectors are tightened.
All modules should be aligned to maintain a consistent height and smooth connection along the skating side. Fasteners, support feet and connecting plates should be checked after the complete perimeter has been assembled.
The removable design allows the system to be dismantled in the reverse order when the skating season ends or when the rink needs to be moved.
After dismantling, the modules should be cleaned and stored in a dry, organized area. Individual frames can be stacked or positioned on suitable racks according to their size and weight.
Plastic facing panels should be evenly supported during storage. Long-term storage on an uneven surface may cause unnecessary bending or deformation.
Connecting bolts, locking pins and smaller accessories can be labeled and stored separately to simplify the next installation.
The polyethylene facing panels can be cleaned using water, a soft cloth and a suitable neutral cleaning solution. Sharp scrapers and aggressive abrasive tools should be avoided because they may damage the visible surface.
Routine inspection should include the plastic panels, supporting frames, connecting bolts, support feet, gate hinges, handrails and corner alignment.
Loose fasteners should be tightened before the rink is reopened. Damaged panels, unstable supports or structural components should be repaired or replaced before continued use.
The facing panels are cut and machined according to the rink layout and supporting-frame design. Processing can include cutting, drilling, countersinking, edge finishing and shaped corner machining.
Panel inspection items include length, width, thickness, hole position, edge quality and visible surface condition.
Frame inspection can include overall module dimensions, welding quality, surface treatment, support alignment and gate operation. Trial assembly can be carried out before shipment to check connections between straight sections, corner modules and gates.
When selecting an Ice Rink Dasher Board System, consider the total rink dimensions, indoor or outdoor environment, installation frequency, required board height, frame material, gate configuration and available storage space.
Frequently relocated systems may benefit from lightweight aluminum frames. Larger seasonal rinks may prefer galvanized steel structures for increased strength and stability.
The facing-panel material should be selected according to expected wear, impact level and operating environment. Kick plates, handrails, access gates, shielding and advertising graphics can then be configured according to the rink design.
Learn more about our UHMWPE sheets, HDPE panels and engineering plastic manufacturing capabilities on the Honsee engineering plastic manufacturer website.
The Ice Rink Dasher Board System provides a modular, reusable and easy-to-store boundary solution for seasonal ice rinks, hockey training centers, synthetic ice facilities and recreational skating venues.
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