POLYMER CONCRETE RESINS

4X STRONGER THAN TRADITIONAL CONCRETE

Polymer binder systems with superior mechanical properties, developed as an alternative to traditional cement. Excellent compatibility with aggregates and fillers, offering 4 times higher strength, chemical resistance and fast curing compared to traditional concrete.

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TECHNICAL SPECIFICATIONS

80-100 MPa pressure resistance
curing time of 15-30 minutes
Superior chemical resistance
Freeze-thaw resistance

Technical Specifications

Fast Curing

Cures in as little as 15-30 minutes, shortening project times

High Strength

80-100 MPa compressive strength, far superior to traditional concrete

Chemical Resistance

Superior protection against acid, oil, salt and industrial chemicals

Advantages

Superior Mechanical Properties

Polymer concrete offers much higher compressive, tensile and flexural strength compared to traditional Portland cement concrete. With a compressive strength of 80-100 MPa, it can be used in thin sections and does not deform even under heavy loads. Water absorption is minimal thanks to low porosity.

Fast Production and Implementation

Cures in as little as 15-30 minutes, enabling fast production and short project delivery times. It is ready for use on the same day, as opposed to the 28-day curing time of traditional concrete. With this feature, it is the ideal solution for industrial floors, prefabricated elements and emergency repairs.

Polymer Concrete vs Traditional Concrete

Polymer Concrete

Compressive Strength 80-100 MPa

Curing Time: 15-30 minutes

Water Absorption: 0.1-0.5

Chemical Resistance Very High

Frost Resistance Excellent

Traditional Concrete

Compressive Strength 20-40 MPa

Curing Time 28 days

Water Absorption: 3-6

Chemical Resistance Low

Frost Resistance Limited

Application Areas

Industrial Floors

Chemical Tanks

Sewerage Systems

Bridge Decks

Prefabricated Elements

Monuments and Statues

Kitchen Countertops

Electric Insulators

Performance Specifications

Mechanical Strength

80-100 MPa compressive strength, 15-20 MPa tensile strength

Thermal Stability

Dimensional stability between -40°C and +120°C

Chemical Resistance

Superior resistance to acids, bases, salts and organic solvents

Polres Polyester Polymer Concrete Product Comparison

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Features	PRE-37	PRE-38	PRE-39	PRE-3701	PRE-3702	PRE-3702LV
Description	Polymer Concrete	Polymer Concrete	Polymer Concrete	Polymer Concrete	Polymer Concrete	Polymer Concrete (Low Viscosity)
Chemical Content	Orthophthalic / Standard Glycol	Orthophthalic / Standard Glycol	Orthophthalic / Standard Glycol	Orthophthalic / Standard Glycol	Orthophthalic Acid-Based Unsaturated Polyester	Orthophthalic Acid-Based Unsaturated Polyester, Low Viscosity
Accelerator	Optional	Optional	Optional	Optional	Optional	Optional
Reactivity	Medium	Medium	Medium	High	High	High
Viscosity (cps)	280 - 320	200 - 300	1000 - 1200	450 - 600	400 - 600	160 - 200
Gel time (min.)	5 - 6	8 - 12	15 - 18	7 - 15	7 - 11	7 - 11
Monomer ratio (%)	35 - 40	32 - 36	38 - 42	32 - 36	30 - 40	35 - 45
HDT (°C)	60 - 65	70 - 80	95 - 100	90 - 100	85 - 95	90 - 100
Barkol hardness 934-1	40 - 45	45 - 50	45 - 50	45 - 50	35 - 45	35 - 45
Bending strength (MPa)	100 - 120	110 - 130	110 - 130	110 - 130	115 - 135	110 - 130
Tensile strength (MPa)	50 - 60	60 - 70	60 - 70	60 - 70	65 - 75	65 - 75
Impact resistance (kJ/m²)	6 - 10	5 - 15	5 - 10	7 - 10	9 - 13	8 - 12
Features	Low tensile in concrete mixtures Wetling the quartz mineral very well Low viscosity for high filler acceptance It has high chemical resistance	Quick processing Excellent adhesion to concrete and steel High chemical resistance Durability Low shrinkage to prevent cracking Low viscosity allowing high fill loading	Wetting the fiber faster Rapid hardening Easy air release Smooth and glossy surfaces High mechanical resistance Low viscosity allowing high fill loading	Perfect soaking Low tensile in concrete mixtures Wetling the quartz mineral very well Low viscosity for high filler acceptance	Wetting the fiber faster Rapid hardening Easy air release Smooth and glossy surfaces High mechanical resistance High filler acceptance	Low viscosity High filler acceptance Wetting the fiber faster Rapid hardening Easy air release Smooth and glossy surfaces High mechanical 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