Tensile Strength Rankings of
Flexible Resins & Rubbers
Elongation Rankings of
Resins & Rubbers
Impact Absorption Rankings of
Resins & Rubbers
(Loss Tangent (tan δ))
Rebound Resilience Rankings of
Resins & Rubbers
Adhesion Rankings of
Resins & Rubbers
(T-Peel Strength)
Weather Resistance Rankings of
Resins & Rubbers
(Aging Degradation)
RLR (Rubber-Like Resin):
A Revolutionary Material Combining
High Tensile Strength and Elongation

High-Performance Resins & Rubbers Rankings
Our Exclusive Ranking of Advanced Polymer Materials

High-performance resins and rubbers deliver exceptional properties—including superior heat and chemical resistance, mechanical strength, weather durability, and dimensional stability—that far exceed conventional grades. These materials excel in the most challenging environments across automotive, aerospace, electronics, medical, and chemical processing industries. While they typically command premium prices and may require specialized processing techniques or design considerations, their performance advantages are often indispensable. Material selection ultimately requires balancing performance requirements, cost constraints, and manufacturing processes. On this page, we present our rankings of high-performance resins and rubbers based on various performance metrics to help guide your selection process.

Tensile Strength Rankings of Flexible Resins & Rubbers

Tensile strength refers to the maximum stress a material can withstand under tension before breaking. This fundamental mechanical property indicates a material's load-bearing capacity and serves as a critical parameter in material selection and product design.

Rank	Material/Classification	Tensile Strength (MPa approx.)	Elongation at Break (% approx.)
1	TPU (Thermoplastic Polyurethane) a type of TPE	20～50 MPa	400～800%
2	TPE-S (TPS) Styrenic Thermoplastic Elastomer SBS, SEBS, etc.	5～40 MPa	400～1,000%
3	NR (Natural Rubber) Thermosetting Rubber	10～30 MPa	500～900%

View Complete Tensile Strength Rankings

Elongation Rankings of Resins & Rubbers

Elongation measures how much a material can stretch before rupturing. This property is typically expressed as a percentage of the original specimen length.

Rank	Material/Classification	Elongation at Break (% approx.)
1	RLR（Rubber-Like Resin）	300～1,000%
2	BR (Butadiene Rubber) Thermosetting Rubber	500～1,000%
3	TPE-S (TPS) Styrenic Thermoplastic Elastomer SBS, SEBS, etc.	400～1,000%

View Complete Elongation Rankings

Impact Absorption Rankings of Resins & Rubbers (Loss Tangent (tan δ))

Loss tangent (tan δ) measures how effectively an elastic or polymeric material converts vibrational energy or deformation into heat or other forms of viscous dissipation.

Rank	Material/Classification	General tan δ range (room temperature, around 10Hz)
1	RLR（Rubber-Like Resin）	0.9
2	SBR (Styrene-Butadiene Rubber) Thermosetting Rubber	0.4～0.6
3	NBR (Nitrile Rubber) Thermosetting Rubber	0.3～0.5

View Complete Impact Absorption Rankings

Rebound Resilience Rankings of Resins & Rubbers

Rebound resilience indicates the percentage of input energy that elastic materials like rubbers or elastomers return (bounce back) after experiencing impact or temporary deformation.

Rank	Material/Classification	Resilience Modulus (approx.)
1	RLR（Rubber-Like Resin）	4.5%
2	Hard Plastics PP, PE, ABS, PC, etc.	Several to 10+%
3	TPO (Polyolefin TPE)	10～40%

View Complete Rebound Resilience Rankings

Adhesion Rankings of Resins & Rubbers (T-Peel Strength)

T-peel strength measures the force required to separate two bonded flexible materials when pulled apart in a T-shaped configuration. This is a standard test for evaluating adhesive performance, particularly useful for assessing bonding characteristics between thin, flexible materials such as metal foils, plastic films, and rubber sheets.

Rank	Main Adhesive Systems (resin/rubber-based)	Approximate T-peel strength (N/25mm) [Iron/Iron, Al/Al]
1	RLR（Rubber-Like Resin）	(Iron/Iron) 94～127 N/25mm (Al/Al) 128～418 N/25mm
2	Urethane-based 1-component/2-component, reactive hot melt, etc.	(Iron/Iron) 30～50 N/25mm (Al/Al) 20～40 N/25mm
3	Acrylic-based Elastic adhesives / Structural acrylics	(Iron/Iron) 20～40 N/25mm (Al/Al) 15～30 N/25mm

View Complete Adhesion Rankings

Weather Resistance Rankings of Resins & Rubbers (Aging Degradation)

"High weather resistance" refers to a material's superior ability to maintain performance over extended periods when exposed to outdoor or harsh environmental conditions including ultraviolet radiation, heat, humidity, and precipitation. We've created rankings based on various weather resistance indicators (such as gloss retention and yellowing resistance).

Rank	Material	Gloss Retention (%)
1	RLR（Rubber-Like Resin）	100
2	PMMA(Acrylic)	95
3	PC(Polycarbonate)	90

View Complete Weather Resistance Rankings

RLR (Rubber-Like Resin): A Revolutionary Material Combining High Tensile Strength and Elongation

Traditional resin materials have struggled to balance flexibility and durability. To overcome this challenge, we've developed Rubber-Like Resin (RLR), which combines rubber-like flexibility with exceptional durability.

This innovative material features superior elasticity and scratch resistance, while also providing excellent vibration absorption and chemical resistance. Since it cures at room temperature, no heating furnace is required—contributing to energy efficiency. RLR can be utilized across diverse applications, from electronic component coatings to construction materials and automotive parts.

Key Advantages of Rubber-Like Resin Compared to Urethane Materials

Learn More About Rubber-Like Resin

1,000% elongation rate with tensile strength exceeding 10 Mpa

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High-Performance Resins & Rubbers Rankings Our Exclusive Ranking of Advanced Polymer Materials