Plastica Stainless Steel Double Tread for 1.7″ / 43mm Ladder
Product Overview
As a retailer of hot tub spare parts, I’m pleased to present this premium Plastica stainless steel double tread, specifically engineered for 1.7″ (43mm) ladder systems. This robust component offers enhanced safety and stability for spa and pool access.
Key Features
- Premium stainless steel construction
- Double tread design for extra stability
- 43mm (1.7″) tube compatibility
- Anti-slip surface pattern
- Corrosion-resistant properties
- Professional-grade finish
- Wide stepping area
Design Benefits
- Enhanced foot grip
- Improved weight distribution
- Double width stepping surface
- Sturdy construction
- Modern aesthetic
- Professional appearance
Technical Specifications
Specification | Detail |
---|---|
Material | Stainless Steel |
Tube Diameter Fit | 1.7″ (43mm) |
Tread Style | Double width |
Surface | Anti-slip pattern |
Installation Type | Tube mount |
Construction | Welded assembly |
Finish | Polished stainless steel |
Application | Ladder step |
Safety Features
- Anti-slip tread pattern
- Extra-wide stepping surface
- Stable foot placement
- Secure mounting design
- Load-bearing construction
- Reinforced structure
Installation Benefits
- Direct tube mounting
- Secure fixing points
- Professional fit
- Alignment markers
- Compatible with standard ladder systems
- Easy replacement design
Applications
Perfect for:
- Hot tub ladders
- Spa entry systems
- Pool access points
- Replacement treads
- Safety upgrades
- Commercial installations
Material Excellence
- Corrosion-resistant stainless steel
- Chemical-resistant properties
- UV-stable construction
- All-weather durability
- Long-term reliability
- Premium quality finish
Maintenance Features
- Easy to clean
- Minimal maintenance required
- Durable construction
- Chemical resistant
- Weather resistant
- Long service life
Quality Assurance
Manufactured to meet international safety standards for pool and spa equipment, ensuring reliable performance in both residential and commercial applications.