Request Quote

Laminated Fiberglass Reinforced Plastic Agitator

Laminated Fiberglass Reinforced Plastic Agitator

The stirring transmission equipment includes equipment such as motors, reducers, frequency converters, stirring paddles, and stirring supports. Our company provides overall design and equipment manufacturing for the stirring transmission equipment. The laminated glass fiber reinforced plastic stirring paddle is a specially processed glass fiber reinforced plastic stirring paddle newly developed by our company. It is made in one piece through heating and pressurization in the mold. It overcomes the shortcomings of low strength and easy leakage of traditional hand-laid glass fiber reinforced plastic, and has the characteristics of corrosion resistance, wear resistance, and temperature resistance. It plays an important role in industrial production.It has a service life of over 10 years under harsh conditions and low maintenance costs.

Quote Now






    LinkedIn
    Instagram
    YouTube
    Performance Table
    Features
    Case Studies
    FAQ
    Contact Us

    Performance Table

    Medium Corrosion Resistance Medium Corrosion Resistance
    Vitriol ≤70% Hydrofluoric Acid ≤30%
    Hydrochloric Acid ≤30% Ethyl Alcohol  
    Nitric Acid ≤10% Gasoline  
    Acetic Acid ≤20% Salvolatile ≤10%
    Ammonium Sulfate   Benzene  
    Chromic Acid ≤30% Ammonium Hydroxide ≤40%

    According to the metarials It can be divided into:
    1.Steel – lined FRP    2.Steel – lined PPH    3.Steel – lined PVC    4.Stainless steel

    About Us

    Check out our factory information to learn more about us.

    Contact Us

    Contact us as soon as possible to obtain real-time quotations.

    Blog

    Keep abreast of the latest information about TYIC.

    Advantage of Laminated Fiberglass Reinforced Plastic Agitator

    According to the different requirements of customers, fiberglass reinforced plastic (FRP) formulas are designed separately, and the original resin is modified to enhance its various physical and chemical properties. Different fiber materials and fillers are selected to ensure that the FRP can achieve a more ideal application effect.

    Service
    Life

    The layering glass fiber reinforced plastic (GFRP) compounding process is more than twice as effective as the general hand lay-up GFRP compounding process in terms of service life.

    Temperature
    Endurance

    According to the customer’s requirements, a separate FRP formula is designed to enable the stirring to be used under specific temperature conditions, with an application range of -20℃ to +120℃.

    Corrosion
    Resistance

    The fiberglass-reinforced plastic formulation specially designed for the customer can meet the requirements of most corrosive environments..

    Abrasive
    Resistance

    We added wear-resistant materials and fibers to the filler of fiberglass reinforced plastic (FRP), thereby significantly enhancing the wear resistance of FRP. It can be applied in environments such as solid-liquid mixing and reactions.

    Additional
    Strength

    Before the production of fiberglass-reinforced plastic anti-corrosion products, the metal parts should be pre-treated to ensure a tight connection between the fiberglass-reinforced plastic and the metal parts, thereby enhancing the overall strength.

    Case Studies

    FAQ

    A:

    • Corrosion Resistance: Exhibits excellent tolerance to acids, alkalis, salts, and organic solvents (e.g., can continuously contact media with pH 1–14), eliminating electrochemical corrosion issues of metal materials.
    • Lightweight: With a density only 1/4 that of stainless steel, it reduces the load on drive motors and saves energy consumption.
    • No Contamination: The material has high chemical inertness, preventing reactions with media and avoiding metal ion leaching that could contaminate products (critical for pharmaceutical and food industries).
    • Low Maintenance Cost: Requires no anti-corrosion coatings or cathodic protection, minimizing downtime for maintenance.

    A:

    • Acids:Sulfuric acid (≤70% concentration), hydrochloric acid (≤35%), nitric acid (≤30%), hydrofluoric acid (requires special resin formulation).
    • Organic Solvents:Kerosene, organic phosphoric acids, and lipid solvents show excellent corrosion resistance.

    A:

    Performance Parameters:

    Maximum rotation speed: Typically ≤150 rpm (adjustable based on impeller diameter and media viscosity). High-speed scenarios require customized dynamic balance design.

    Applicable viscosity: Capable of handling high-viscosity fluids up to 50,000 cP (e.g., sludge, colloids). Anchor or ribbon impellers are recommended for optimal performance.

    A:Cost Comparison:

    Initial cost: FRP agitators are 20–50% cheaper than stainless steel ones (varying by customization level).

    Long-term benefits:

    Energy savings: The integrally molded impeller ensures better dynamic balance, reducing electricity costs by 20–30%。

    Maintenance cost: Lower replacement frequency leads to annual maintenance expenses only 1/3 of those for metal agitators.

    A:

    Customization Option:

    Impeller Type:Paddle type、turbine type、anchor type、ribbon type .etc.

    Size range:Impeller Diameter200-300mm,shaft length≤8m(segmented splicing).

    Function Enhancements:

    Interface coating:Silicon carbide wear-resistant layer (for particle-containing media)

    Conductive design:Inlaid carbon fiber for anti-static purposes (in flammable and explosive environments)

    Request Quote

      en_USEnglish
      de_DEDeutsch fr_FRFrançais pt_PTPortuguês es_ESEspañol it_ITItaliano en_USEnglish
      This website uses cookies to improve your experience. If you continue to use this site, you agree with it.