Introducing the WDF Golf Course Bunker Lining, an innovative three-dimensional matting solution meticulously designed to be laid on the steep and intricately shaped sides of golf course bunkers. This exceptional product addresses the critical issue of sand movement within bunkers by effectively trapping sand on steep slopes, ensuring the playing surface remains pristine. Additionally, it functions as a superior filtration barrier, preventing subsoil migration that could potentially contaminate the bunker sand, thereby preserving its playability.
Features:
- Unparalleled Strength and Durability - Withstands raking without tearing
- Minimizes Sand Contamination
- Mitigates Bunker Face Erosion
- Reduces Required Sand Thickness
- Lowers Maintenance Requirements
- UV Stabilized for Extended Lifespan
| Material |
polyester |
| thickness |
15mm 20mm 25mm |
| Roll Sizes |
2mX25m |
The significance of sandpit mats for golf courses cannot be overstated. While they serve as the finishing touch for bunkers, selecting the appropriate sand presents various challenges.
Key considerations when choosing sand include its color, shape, particle size, permeability, and surface cohesion.
1. Color: The sand's color should starkly contrast with the lawn. Commonly used are white sand (primarily quartz sand), yellow sand (mainly river sand, some light yellow quartz sand), red sand, and black sand, though the latter two are less frequently utilized.
2. Appearance: Smooth or relatively smooth sand particles do not bind well and offer little surface resistance, making it easy for balls to create pits or get buried. Conversely, sand with rough or diamond-cornered particles offers stronger binding, reducing the likelihood of ball burial.
3. Permeability: To prevent water accumulation post-irrigation or heavy rain, sand permeability should exceed 50cm/hour.
4. Surface Cohesion: Some sands have high water retention, which can cause surface hardening post-rain or irrigation, affecting the ball's landing.
5. Particle Size: The impact on sand when a ball lands is significant. Fine sand can cause the ball to be buried, while coarse sand may form a hard surface, undermining the obstacle's purpose.
6. Stability: Sand with poor stability, such as that derived from limestone and carbonate, is unsuitable for sand pits due to potential chemical changes. Composition analysis, including SO2 content, is advisable for selection.
Many courses require that sand pit particle size matches that of the green bed sand to prevent local layering, which affects permeability and mowing operations. Fine sand can disrupt the green's structure, while coarse sand can impair quality and maintenance.
Fine sand in pits is susceptible to movement due to external forces like slope and water erosion. To counteract this, many international courses now use sand pit mats. These mats prevent sand displacement and significantly reduce the risk of sand clogging drainage systems. This practice is becoming more common in recent years, enhancing overall course maintenance.
Q1. Can you do OEM?
A1. Absolutely, we can manufacture products according to your specific requirements.
We would greatly appreciate it if you could provide us with samples.
Q2. Is it possible to order a small quantity of goods?
A2. If we have the product in stock, we can certainly fulfill your order. If it is not in stock, rest assured, we can combine your order with those of our other clients to produce it together, although this may require some additional wait time.
Q3. Can I request a sample from your company? Will I need to cover the express fee?
A3. If you accept one of our available samples, we can provide it to you free of charge. Once your order is confirmed, the cost of the sample's freight will be refunded.
Q4. How will you manage and monitor my order?
A4. As soon as production begins, we will take photos of the goods and send them to you to keep you updated.
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