Rigid / flexible pe dredging pipe float collar with maintenance free

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Product Overview

Description


Rigid / flexible pe dredging pipe float collar with maintenance free

 

Brief Introduction of FLOATER
The hull of MDPE FLOATER is made from medium density polyethylene material with excellent flexibility, filled with high strength polyurethane foam inside. With reasonable structure and good performance, the MDPE floater becomes the ideal substitution of the traditional steel floater for the floating dredging pipes.

519280006_302.jpgCharacteristics of FLOATER

1.Good flexibility
Excellent impact resistance, particularly suitable for constructions in open sea.
2. Light weight,
Easy to install and handle, lower costs for moving.
3. Higher corrosive resistance,
Longer working life, 3 times longer than steel floaters.
4. Lower costs
The cost performance is better than steel floaters.

 

Applications:
1.Used in dredging sand pipeline;
2.It can be used in dredger, dredging pipe etc. in the sea, lake or river;
3.Particular used in laying the pipes on the water used in dredger project.pipe-floats-for-sale.jpg817682233_895_.jpg


Remarks:
1. 2 pieces of floaters form 1 set, 2 sets of floaters form 1 pair. 1 pair of floaters could float 6 meter long steel dredging pipe and 1.5m long rubber hose.
2. The floaters under the size of O.D4m*L4m are all available

 

Technical literature:

Structure of Floater for Dredging Pipe

No.

Structure Name

Material

1

Polyethylene Hull

Polyethylene

2

Hard Polyurethane Foam

Closed-cell Polyureshane

3

Steel Bolts & Nuts

Metal

 

Main Technical Properties

Item

Technical Index of Hull

Item

Inside Technical Index

Tensile Strength

≥13.1MPa

Water Absorption

1-2g/100cm2

Bteak Elingation

≥11.1%

Breaking Strength

0.08-0.1MPa

Impact Strength

≥32.4KJ/m2

Breaking Elingation

4-6%

Bending Strength

≥15.7 MPa

Compressive Strength

0.1-0.24MPa

Weather Resistance

3.5GJ/m2

After tital aging energy≥3.5GJ/m2

Break Elingation    %≥

10

200°Cmm≥

Oxidative Induction Time 200°Cmm≥

 

10


 

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0.2 s.