Filament Winding Pipe Type Resins

Filament winding is an automated process used in the production of high-strength cylindrical parts such as pressure vessels, pipes, and structural supports. With our three core resin series developed specifically for this technology, we are your reliable partner in production.

KEY FEATURES

Automatic open molding with rotary mandrel
Excellent interior surface quality and laminate structure
Customization in length, diameter, hardness, and pressure
High chemical resistance and mechanical strength

Production Process

Rotary Mandrel

Automatic open molding with the use of a rotating mandrel as a mold

Interior Surface Quality

Finished interior and exterior laminate surface production

Customizable

Possibility of production in desired length, diameter, hardness and pressure

Production Areas

Composite Tanks

FRP Pipes

Silo Manufacturing

Cylindrical Containers

Pressure Vessels

Chemical Industry

Water Treatment Systems

Energy Sector

Resin Options

Orthophthalic Resin

Economical and reliable solution for general purpose applications

Applications requiring standard chemical resistance

Isophthalic Resin

For high chemical resistance and mechanical strength

Corrosion resistant high performance applications

Teraftalik Resin

Advanced solution for superior mechanical properties and high thermal resistance

Applications requiring high temperatures and superior mechanical performance

Advantages

Customizable Production

It can be produced in desired length, diameter, hardness and pressure by filament winding method or hand laying method. It offers the ideal solution for composite products to be laid under and on the ground.

Smart Resin Selection

The choice of resin in GRP pipe manufacturing is determined by the chemical and physical properties of the material that will pass through the pipe. Optimum performance is achieved with isophthalic, orthophthalic or vinyl ester resin options.

Technical Specifications and Detailed Information

For technical specifications, user guides, or sample applications regarding our wick-winding type resins, please contact us. Our expert team will be happy to provide solutions tailored to your needs.

CONTACT US

Police Department Polyester Wick Wrapping Products Comparison

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Features	PRE-64	PRE-65	PRE-66	PRE-67	PRE-68	PRE-641TE
Description	Filament Winding	Filament Winding	Filament Winding	Filament Winding	Filament Winding	Filament Winding
Chemical Content	Orthophthalic / Standard Glycol	Orthophthalic / Standard Glycol	Isophthalic / Standard Glycol	Isophthalic / Standard Glycol	Orthophthalic / Standard Glycol	Terephthalic / Standard Glycol
Reactivity	High	Medium	Low	Medium	Medium - High	Medium - High
Thixotropy	Optional	Optional	Optional	Optional	Optional	Optional
Viscosity (cps)	350 - 400	250 - 350	500 - 700	250 - 350	250 - 350	350 - 400
Gel time (min.)	13 - 24	10 - 20	20 - 30	25 - 35	14 - 16	13 - 24
Monomer ratio (%)	35 - 40	35 - 40	32 - 35	35 - 40	38 - 43	35 - 40
HDT (°C)	90 - 100	90 - 100	-	95 - 105	70 - 80	80 - 90
Barkol hardness 934-1	40 - 45	40 - 45	-	40 - 45	40 - 45	40 - 45
Bending strength (MPa)	110 - 130	110 - 120	-	120 - 150	120 - 130	170 - 200
Tensile strength (MPa)	70 - 80	70 - 80	10 - 15	60 - 80	70 - 80	65 - 75
Impact resistance (kJ/m²)	6 - 10	6 - 10	-	8 - 15	8 - 10	10 - 12
Features	Wetting the fiber faster Rapid hardening Easy air release Smooth and glossy surfaces Excellent corrosion resistance High mechanical and electrical resistance	Wetting the fiber faster Rapid hardening Easy air release Smooth and glossy surfaces Excellent corrosion resistance High mechanical and electrical resistance	Low styrene content When hardened alone, it is an extremely flexible polyester that can stretch up to 60%. Resistant to changes due to pressure	Wetting the fiber faster Rapid hardening Easy air release Smooth and glossy surfaces High chemical resistance and flexibility High mechanical and electrical resistance	Excellent mechanical and thermal properties Resistance to wastewater and many mild corrosive chemicals High modulus of elasticity and elongation at break High pressure resistance in the produced pipes Low product viscosity, good fiber wetting	Wetting the fiber faster Rapid hardening Easy air release Smooth and glossy surfaces High chemical resistance and flexibility High mechanical and electrical resistance
TDS/SDS	TDS or SDS Request	TDS or SDS Request	TDS or SDS Request	TDS or SDS Request	TDS or SDS Request	TDS or SDS Request

Modification Codes

T Thixotropic	WV Winter Version	UV UV stabilized
A Cobalt accelerator	SW Summer Version	TT Spray Application
B Blue indicator	HV High Viscosity	FT Brush/Roller Application
D Filled	LV Low Viscosity	Color: White
ABP Amin accelerator	FR Non-flammable	Color PRO color
TE Terephthalic acid	FRHI Halogenated Isophthalic Flame Retardant	Color Light color
LSE Low styrene emission	FRH Halogenated Flame Retardant	Color: Transparent
H Halogenated	M Acrylic Modified