WE BUILD IT TOUGH

BECAUSE YOUR INDUSTRY

GIVES IT THE BUSINESS.

THE TOUGHEST
URETHANE

IS THE EASIEST
CHOICE.

BUILT BEST
TO ENDURE
THE WORST.

ADVANTAGES OF
IN-HOUSE FORMULATING
& BLENDING CAPABILITIES:

Best available raw materials

Materials meet specific
application requirements

Superior quality through
controlled blending

Highly competitive pricing

Registered ISO 9001:2015

Flexibility to quickly
meet changing needs

THE BENEFITS
OF RHINO HYDE®
ARE UNDENIABLE.

Rhino Hyde thermoset polyurethane isn’t just a cut above ordinary thermoplastic urethane (TPU) and other materials, it’s in a class of its own. In fact, compared to TPU, our exclusive thermoset polyurethanes feature a wider range of hardnesses, superior abrasion resistance and more enhanced resistance to chemicals.

Whatever your industry, whatever the application, choosing the toughest urethane isn’t a tough choice to make. The open cast process produces product that lasts about 2 times longer than injection-molded process (TPUs).

Rhino Hyde thermoset urethanes are superior to thermoplastic urethanes (TPUs) simply due to their basic chemistry. Take a look at how they stack up.

RHINO HYDE THERMOSET URETHANE

ORDINARY TPUs

CONSIST OF LONG FLEXIBLE MOLECULES (TRUE ELASTOMER)

LITTLE TO NO CROSS-LINKING MOLECULES

FEATURE A BETTER CROSS-LINKED CHEMICAL

CAN MELT IN HIGH TEMPS

CAN’T BE MELTED OR REFORMED

LESS LOAD BEARING CAPACITY

HIGHER DURABILITY

LIKELY TO TEAR IN ABRASIVE APPLICATIONS

vs

Rhino Hyde thermoset urethanes are superior to thermoplastic urethanes (TPUs) simply due to their basic chemistry. Take a look at how they stack up.

RHINO HYDE THERMOSET URETHANE

CONSIST OF LONG FLEXIBLE MOLECULES (TRUE ELASTOMER)

FEATURE A BETTER CROSS-LINKED CHEMICAL

CAN’T BE MELTED OR REFORMED

HIGHER DURABILITY

vs

ORDINARY TPUs

LITTLE TO NO CROSS-LINKING MOLECULES

CAN MELT IN HIGH TEMPS

LESS LOAD BEARING CAPACITY

LIKELY TO TEAR IN ABRASIVE APPLICATIONS

Rhino Hyde
urethane
features
better:

  • ABRASION PROPERTIES

Shields against wearing, grinding, or rubbing away by friction, therefore reducing downtimes.

  • ELASTOMERIC MEMORY

Ability to hold, store and maintain shape under severe conditions.

  • IMPACT RESISTANCE

Ability to withstand intense force or shock applied to it over a short time period by use of elements that capture and absorb energy.

  • VIBRATION DAMPENING

Underdamped vibration ratios by absorption of vibration energy, securing against equipment fatigue and damage.

  • LOAD BEARING CAPACITY

High load-bearing capacity with deflecting and recovering capabilities exceeding plastics and metals.

  • TEAR STRENGTH

Incredible tear-resistance.

Rhino Hyde

vs

Metal

+

EASE OF
INSTALLATION

+

LIGHTER WEIGHT

+

LESS NOISE

+

BETTER WEAR

+

CORROSION
RESISTANCE

Rhino Hyde

vs

Rubber

+

ABRASION RESISTANCE

+

LOAD BEARING CAPACITY

+

LIGHTER WEIGHT
(NO SOLID BACKING REQUIRED)

+

POURABLE INTO
MORE COMPLEX SHAPES

+

OZONE CRACKING
RESISTANCE

+

CHEMICAL RESISTANCE