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JonathasThe coupler they suggested are quite suitable to replace old ones. Price is reasonable, and looking forward to receive the thhem.
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JoseThe DF8B spare parts I got are all correct. Lead time is fast, and anytime I have problems, Sunny are always here to help me. Thanks her a lot,and looking forward to our future cooperation again.
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Best Cost Performance High Strength Anti-Aging Railway Composite Rubber Sleeper

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xProduct Details
Product Name | Composite Sleepers | Material | PE |
---|---|---|---|
Color | Customized | Quality Control | 100% Inspection |
Size | 100*100*1300mm | ||
Highlight | High Strength Railway Composite Rubber Sleeper,Anti-Aging Railway Composite Rubber Sleeper |
Product Description
Normal sleepers | Turnout sleepers (Normal) | Turnout sleepers (Standard) | Bridge sleepers | |
Width | 100mm | 150mm | 200mm | 300mm |
Thickness | 100mm | 150mm | 200mm | 300 mm |
Length | 1000-1300mm | 1000-1300mm | 1000-1300mm | 1000-1300mm |
Rail composite sleepers, as a modern alternative to traditional wooden or concrete sleepers, offer several significant benefits:
1. Durability and Longevity
* Corrosion Resistance: Composite materials are highly resistant to water, corrosion, and UV exposure, making them ideal for harsh environments.
* Aging Resistance: The structural stability of composite sleepers ensures minimal deformation or degradation over time, with a lifespan often exceeding that of traditional sleepers.
2. Environmental Benefits
* Reduced Timber Usage: Compared to wooden sleepers, composite sleepers help conserve forest resources.
* Recyclability: Many composite sleepers are made from recycled plastics and fiberglass, and they can be recycled at the end of their service life, supporting sustainability.
* Lower Carbon Emissions: Manufacturing composite sleepers typically involves lower energy consumption and reduces carbon footprints.
3. Excellent Mechanical Performance
* High Strength: Composite materials provide superior compressive and flexural strength, making them suitable for heavy-load railway applications.
* Elasticity: Compared to concrete sleepers, composite sleepers offer better elasticity, which helps absorb shock and reduce stress on the track system, prolonging its lifespan.
* Corrosion Resistance: Composite materials are highly resistant to water, corrosion, and UV exposure, making them ideal for harsh environments.
* Aging Resistance: The structural stability of composite sleepers ensures minimal deformation or degradation over time, with a lifespan often exceeding that of traditional sleepers.
2. Environmental Benefits
* Reduced Timber Usage: Compared to wooden sleepers, composite sleepers help conserve forest resources.
* Recyclability: Many composite sleepers are made from recycled plastics and fiberglass, and they can be recycled at the end of their service life, supporting sustainability.
* Lower Carbon Emissions: Manufacturing composite sleepers typically involves lower energy consumption and reduces carbon footprints.
3. Excellent Mechanical Performance
* High Strength: Composite materials provide superior compressive and flexural strength, making them suitable for heavy-load railway applications.
* Elasticity: Compared to concrete sleepers, composite sleepers offer better elasticity, which helps absorb shock and reduce stress on the track system, prolonging its lifespan.
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