Conical flagpoles

-super windtracker



Composite materials are engineered materials made of two or more constituent materials joined together in order to create a new “better” material. Perfect examples of this kind of synergy are plaster cardboard slabs, where joining two delicate materials, plaster and cardboard, resulted in getting a product characterized by high resistance parameters which is used in the construction industry all around the world. Polymer composite is a material made from polyester raisins, fiberglass and fiber mats joined together in order to obtain a material with high strength parameters, which can be used in the production of lighting columns.

Schemat kompozytu



The effect of CO2 on climate during the production and exploitation of fiberglass flagpoles:

The production of fiberglass flagpoles is eco-friendly because the emission of CO2 is very low and the fiberglass flagpole gets 100% recycled. Composite is the most profitable material because of its parameters, characteristics, recyclability and the emission of CO2. Composite is more eco-friendly that other materials because of its operational term, lower energy intensity during reprocessing and recycling.

The production of composite uses less energy that the production of metals because composite weights less.






The standard colour of fiberglass flagpoles is white. Different colours according to RAL palette are available at additional cost.

It is also possible to produce multicoloured flagpoles.


High quality raw materials used for the production ensure UV resistance.

With the smooth surface it is easy to remove dirt, glue or Scotch tape which is used for hanging posters and advertisements.





Fiberglass flagpoles do not corrode.

Fiberglass flagpoles are resistant to:

- salt on the roads and other road cleaning agents

- traffic pollution

- animal contamination


The material does not have any scrap value.


Resistant to negative external factors.


Composite material is an insulator.


Fiberglass flagpoles slightly absorbs the energy during a collision.

Flagpoles are produced according to the PN-EN 40 and PN-EN 1991-1-4:2008 standards.





(Super + Banner) The rope is in the flagpole and it is fixed to the internal cleat (or winch system optionally). The arm exhibiting the flag has a possibility of being lowered. The flagpole is installed in the hinge base plate which is concreted.











6m 7m 8m 9m 10m 11m 12m



Product Weight [kg]
rotating truckhead (plastic- aluminium) 0,21







Product Weight [kg]
rotating truckhead with plastic cap 0,27







Product Weight [kg]
Gold bulb (brass) – option for rotating truckhead 0,21







Product Weight [kg]
Silver bulb (aluminium) – option for rotating truckhead 0,16










Halyard system





Product Weight [kg]
Rope (Kevlar) with swivel 0,01 /mb
+ 0,09







Product Weight [kg]
internal cleat [option] 0,026







Product Weight [kg]
External cleat [option] 0,12







Product Weight [kg]
hoisting winch [option] 0,915







Product Weight [kg]
hoisting winch LUX [option] 0,8







Product Weight [kg]
windtracker arm 1,17







Product Weight [kg]
flag weight 1,3







Product Weight [kg]
chain flag weight 1,3







Product Weight [kg]
plastic band 0,034 /mb










Product Weight [kg]
Hinge base plate
Installed in foundation / upper + lower part







Product Weight [kg]
Portable base (for concrete flags 50x50cm)
Installed with upper part of hinge base plate.
Product Weight [kg]
composite ground sleeve [flagpoles 6-12m]
installed in foundation
~ 1








Nato Commercial and Government Entity Code NCAGE – 2522H


Military Center for Standardization, Quality and Codification has given Alumast S.A. a Nato Commercial and Government Entity Code NCAGE.

Certificates and strength report



Exemplary strength report


 Technical approval of COBR "Metalplast"


price list


Price list

For prices please contact our sales department



Specification sheet





instruction of flagpole SUPER WINDTRACKER



and instruction of foundation


Health and Safety Manual


You Tube – Installation and instruction of foundation

https://www.youtube.com/watch?v=990kHawhEJs https://www.youtube.com/watch?v=p8_D528Zl3c

do góry