Tumbler Temporary Fence: Australia/USA/Canada Multi-Scene Protection + HDPE Base Installation Guide

1. Tumbler Temporary Fence: A Must-Have for Multi-Scene Protection in Australia/USA/Canada

1.1 Municipal Engineering: Road Maintenance/Pipeline Construction

• Applicable Scenarios: Municipal road maintenance in Sydney (Australia), pipeline renovation in Los Angeles (USA), temporary enclosure for winter snow removal in Vancouver (Canada);
• Core Value: The HDPE base can be filled with cement (weight ≥30kg) to resist level 10 gusts, preventing coastal strong winds in Australia from blowing over the fence; the orange base complies with US OSHA safety warning standards, improving visibility for road construction and reducing traffic accidents;
• Matching Advantage: The fence pole is compatible with the base’s 25-48mm hole diameter, and can be flexibly matched with 1.2m/1.5m high fences to meet the needs of different road isolation widths.

1.2 Construction Site Isolation: Hazardous Area/Work Area Division

• Applicable Scenarios: Chemical plant construction in Houston (USA), mining operation area isolation in Perth (Australia), construction site zoning in Montreal (Canada);
• Core Value: The red base is used for hazardous area warning (e.g., mechanical operation areas); the HDPE material resists impact from construction site gravel and has no rust risk (superior to traditional metal bases); after filling with cement, it can be fixed for a long time, and the base does not become brittle in -30℃ winter in Canada, eliminating frequent replacements;
• Efficiency Improvement: Installation of a single base takes only 15 minutes, saving 60% of working hours compared to traditional concrete bases, suitable for the rapid zoning needs of construction sites.

1.3 Event Protection: Outdoor Events/Community Activities

• Applicable Scenarios: Outdoor music festivals in Miami (USA), beach events in Melbourne (Australia), community carnivals in Toronto (Canada);
• Core Value: The blue base is used for channel guidance; the base’s weight is adjustable (5-20kg) after filling with water; after the event, it can be easily carried by emptying the water (portable by one person), saving 80% labor compared to traditional sandbag fences; multi-color bases can distinguish between audience areas and staff areas, improving event order;
• Compliance Advantage: Complies with Canada’s CSA public event safety standards, with no sharp edges to avoid personal injury during events.

1.4 Special Scenarios: Coastal Protection/Winter Operations

• Coastal Australia: The base filled with cement + HDPE material resists salt spray corrosion, used for beach guardrails to resist tidal impact;
• Winter Canada: The water-filled base can be quickly disassembled (empty water to prevent freezing and expansion), used for temporary isolation in winter ski resorts, and resistant to low temperatures of -30℃ without damage.

2. HDPE Tumbler Base Installation Guide: Stable Installation in 3 Steps, Adaptable to All Scenarios

Step 1: Pre-Installation Preparation — Choose the Right Specification and Weight

1. Specification Matching:
   • Fence pole diameter 25mm/32mm (small event fences) → select the base with corresponding hole diameter; diameter 42mm/48mm (heavy-duty construction site fences) → select the base with large hole diameter;
   • Choose the base size as needed: 600220150mm (municipal roads), 580245130mm (narrow areas, e.g., community passages);
2. Weight Selection (Core Stable Positioning):
   • Long-term fixed scenarios (construction sites/municipalities): Fill with C30 cement (pour in 2-3 batches, tap the base to remove air bubbles, and let it set for 24 hours), suitable for resisting strong winds in Australia and snow pressure in Canada;
   • Temporary mobile scenarios (events): Fill with water to 90% of the cavity (reserve space for thermal expansion; cover the sealing cap tightly in heavy rain in Australia to prevent water leakage);
3. Regional Adaptation Reminder: If water filling is selected in winter in Canada, the base must be completely emptied after the event to prevent freezing and expansion from damaging the base.

Step 2: Base Fixing — Leveling + Anti-Movement

1. Place the weighted base at the installation point, ensuring the ground is level (if tilted, pad gravel under the base to level it, avoiding base tilt caused by snow accumulation in Canada);
2. For multi-base combinations (e.g., road enclosures), keep a 1.5-2m spacing between bases and connect the base handles with HDPE long ropes (enhancing lateral movement resistance, suitable for hurricane-prone areas in the USA).

Step 3: Fence Assembly — Quick Insertion, No Tools Required

1. Hold the fence pole steadily with both hands and insert it vertically into the base hole (insertion depth ≥100mm; if the hole is slightly tight, apply a small amount of soapy water for lubrication, do not knock hard to damage the HDPE material);
2. Check the fence stability: Push the fence pole lightly; if the base does not wobble, it is ready (if it wobbles, add weight or adjust the base level);
3. Color Adaptation to Scenarios: Red base + red fence for hazardous areas, orange base + orange fence for construction areas, in line with Australian/US/Canadian safety identification habits.

Step 4: Post-Use Maintenance — Simple Operation, Extend Service Life

• Daily Inspection: Check the weight status every 2 weeks (rinse salt from the base surface quarterly in coastal Australia to prevent salt spray adhesion);
• Disassembly and Storage: After temporary scenarios, empty the base weight (cement-filled bases can be placed for a long time; water-filled bases need to drain completely); air-dry and stack for storage (10 units stacked without deformation, saving storage space).

3. Why Do Australian/US/Canadian Customers Prefer This Product?

1. Weather-Resistant Material: Integral HDPE blow molding, UV-resistant (no embrittlement after 5 years of strong sunlight in Australia), high and low temperature resistant (-30℃~60℃), corrosion-resistant (no damage from seawater/construction site chemicals);
2. Worry-Free Compliance: Complies with US OSHA, Canadian CSA, and Australian AS 1657 safety standards, no need to worry about local quality inspection issues;
3. Controllable Cost: Reusable for more than 10 years, the average cost per base is only 1/3 of traditional metal bases, with low maintenance costs.

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