Rope for spun piles | Wholesale anti-leakage rope

The Rope for spun piles is mainly used to prevent the mold from leaking slurry.

 

Spec: 6/8mm

Color: black

Material: cotton

Weight: 37~40kg/bundle

Packaging: waterproof packaging bag

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Description

Rope for spun piles Function:
1. Cotton rope primarily prevents slurry from leaking out of the mold.
2. How to Use Cotton Rope:
Prevent the mold opening, then close the mold, pressing the cotton rope between the upper and lower mold openings.
3. Specifications:
Rope for spun piles comes in different thicknesses, with 13 and 17 strands.

Nine Key Advantages of Rope for spun piles:

  1. Superior Flexibility: Prevents steel mold deformation during grout sealing
  2. High Cotton Content: Ensures exceptional water absorbency
  3. Non-degradable Storage: Resists rotting and deterioration
  4. Optimal Diameter Precision: Critical performance factor (most significant advantage)
  5. Consistent Taper Profile: Uniform thickness from end to end
  6. Low Moisture Content: Higher cost efficiency per unit weight
  7. Customizable Sizing: Tailored to mold groove dimensions for >95% leak prevention
  8. Controlled Elasticity: Maintains dimensional stability for secure mold joint fixation
  9. Engineered Tensile Strength: Balanced load-bearing capacity

Quality Differentiation Factors for Rope for spun piles:
Optimal Diameter
(The primary determinant of slurry leakage. Functionally acceptable if leakage-free.)
Moisture Content
(Higher moisture increases mass per unit volume, reducing manufacturer costs. Minimal impact on leakage.)
Diameter Uniformity
Cotton Content
High-cotton ropes (e.g., denim fabric): Higher density → 20,000-30,000 meters per metric ton
Low-cotton ropes (e.g., suit fabric): Lower density → 40,000-50,000 meters per metric ton
(Both exhibit comparable leakage prevention performance. Cost differences derive solely from material pricing.)
Manufacturing Defects (Rare)
(Inconsistent strand count between proximal (thicker) and distal (thinner) sections may cause localized leakage. Rarely the root cause.)