Coolant Hose with one/two /three ply polyester fabric
(aramid available on request for high temp. application )
• 4-ply silicone polyester reinforced configuration.
• Recommended for temperatures:
-65° to 350°F
• Resistant to electrochemical degradation.
• Meets and exceeds all performance and physical characteristics of SAE J20 R1,SAE J20 R1 H.T. Class A and various heavy-duty OEM requirements.
• UV and ozone resistant.

Polyester Reinforced - 90° Elbow
• 4-ply silicone polyester reinforced configuration to provide strength and flexibility.
• Silicone liner creates barrier to isolate medium.
• Recommended for temperatures: -65° to +350°F .
• Custom ply configurations available to meet flexibility and burst requirements.
• UV and ozone resistant.
• Meets and exceeds all performance and physical characteristics of SAE J20 R1,
SAE J20 R1 H.T. Class A and various heavy-duty OEM requirements.

• 4-ply silicone aramide /Polyester reinforced configuration.
• Convolutions increase flexibility in high vibration situations.
• Three numbers (316 stainless steel) restraining rings reduce swell and increased hoop strength.
• Straight hose with 4 ply aramid /polyester -65° to 350°F
• Combines high performance and economy.
• UV and ozone resistant.

• 4-ply silicone aramide reinforced configuration.
• Convolutions increase flexibility in high vibration situations.
• Three numbers (316 stainless steel) restraining rings reduce swell and increased hoop strength.
• Straight hose with 4 ply aramid -65° to 500°F with FKM Liner
• Recommended for temperatures: -65° to 500°F with FKM Liner.
• Combines high performance and economy.
• UV and ozone resistant.

• 3-ply Epichorohydrin (ECO) polyester reinforced configuration.
• Convolutions increase flexibility in high vibration situations.
• 316 stainless steel restraining rings reduce swell and increased hoop strength.
• Recommended for temperatures: +300°F
• Oil resistance & oil permeation resistance required. Required for systems utilizing a
closed breather system or any other method of introducing oil to the air stream.
• Combines high performance and economy.

• 3-ply silicone fiberglass reinforced configuration for high temperature applications.
• Perfect where air flow and friction requirements are not severe.
• Recommended for temperatures:
-65° to 550°F
• Resistant to minor oil splash and petrochemical exposure.
• Rigid, non-kinking turbocharger connection.
• Can be produced up to 10 ply.
• UV and ozone resistant.
• Fluorocarbon liner available for increased petrochemical combustion residue resistance.
• Heat shield available.

(A) Silicone Reinforced Aramid - 90° Elbow
• 4-ply silicone aramid reinforced configuration.
• Provides excellent resistance for high temperature applications.
• Economical for a wide variety of turbocharger applications.
• Designed and engineered for a wide variety of high temperature turbocharger applications.
• Resistant to minor oil splash and petrochemical exposure.
• Recommended for temperatures:-65° to 500°F
• Excellent flexibility.
• UV and ozone resistant.
• Fluorocarbon liner available for increased petrochemical combustion residue resistance.
• Heat shield available.
• Custom ply configurations available to meet flexibility and burst requirements.

(B) Silicone Reinforced Aramid - 45° Elbow
• 4-ply silicone aramid reinforced configuration.
• Provides excellent resistance for high temperature applications.
• Economical for a wide variety of turbocharger applications.
• Designed and engineered for a wide variety of high temperature turbocharger applications.
• Resistant to minor oil splash and petrochemical exposure.
• Recommended for temperatures: -65° to 500°F.
• Excellent flexibility.
• UV and ozone resistant.
• Fluorocarbon liner available for increased petrochemical combustion residue resistance.
• Heat shield available.
• Custom ply configurations available to meet flexibility and burst requirements.

(A) Polyester Reinforced - 45° Elbow

• 4-ply silicone polyester reinforced configuration to provide strength and flexibility.
• Silicone liner creates barrier to isolate medium.
• Recommended for temperatures: -65° to +350°F
• Custom ply configurations available to meet flexibility and burst requirements.
• UV and ozone resistant.
• Meets and exceeds all performance and physical characteristics of SAE J20 R1,
SAE J20 R1 H.T. Class A,
• various heavy-duty OEM requirements.

(B) Polyester Reinforced - 90° Elbow

• 4-ply silicone polyester reinforced configuration to provide strength and flexibility.
• Silicone liner creates barrier to isolate medium.
• Recommended for temperatures: -65° to +350°F
• Custom ply configurations available to meet flexibility and burst requirements.
• UV and ozone resistant.
• Meets and exceeds all performance and physical characteristics of SAE J20 R1,
SAE J20 R1 H.T. Class A,
• Various heavy-duty OEM requirements.

• Reinforced configuration for fatigue-resistance at high temperatures.
• Suitable for coolant and cold side turbocharger applications in heavy duty automotive and marine engines.
• Recommended for temperatures: -65°F to +350°F (-53.9°C to 176.6°C).
• Fluorocarbon liner available for increased petrochemical combustion residue resistance.
• Silicon provides excellent high and low temperature resistance
• Compensates for misalignment and offsets vibration.
• Additional hump configurations available.
• UV and ozone resistant.

• Aramid reinforced configuration for fatigue-resistance at high temperatures.
• Recommended for temperatures: -65° to 500°F (-53.9°C to 260°C).
• Fluorocarbon liner available for increased petrochemical combustion residue resistance.
• Designed and engineered for a wide variety of high temperature turbocharger applications.
• Silicone is resistant to extreme temperature conditions.
• Resistant to minor oil splash and petrochemical exposure.
• Compensates for misalignment and offsets vibration.
• UV and ozone resistant.
• Long service life.

• Specifically formulated EPDM compound.
• Available in nitrile and chloroprene compounds.
• Vacuum collapse rating exceeds 4" Hg. mercury.
• Complies with physical requirements of ASTM D20M3BA715A14B13C12F17.
• 70 Shore A hardness
• 1500 tensile, minimum
• 200 elongation, minimum
• Air age 70 hrs. at 100°
• Duro chg. +10
• Tensile chg. -25
• Elongation chg. -25

(A) Air Intake Elbows - 45°

• Specifically formulated EPDM compound.
• Available in nitrile and chloroprene compounds.
• Vacuum collapse rating exceeds 4" Hg. mercury.
• Complies with physical requirements of ASTM D20M3BA715A14B13C12F17.
• 70 Shore A hardness
• 1500 tensile, minimum
• 200 elongation, minimum
• Air age 70 hrs. at 100°
• Duro chg. +10
• Tensile chg. -25
• Elongation chg. -25
• Comp set 22 hrs. at 70°C 25% maximum
• Ozone D1171 method B no cracks
• Low temp D2137 non-brittle 3' at 40°C

(B) Air Intake Elbows - 90°

• Specifically formulated EPDM compound.
• Available in nitrile and chloroprene compounds.
• Vacuum collapse rating exceeds 4" Hg. mercury.
• Complies with physical requirements of ASTM D20M3BA715A14B13C12F17.
• 70 Shore A hardness
• 1500 tensile, minimum
• 200 elongation, minimum
• Air age 70 hrs. at 100°
• Duro chg. +10
• Tensile chg. -25
• Elongation chg. -25
• Comp set 22 hrs. at 70°C 25% maximum
• Ozone D1171 method B no cracks
• Low temp D2137 non-brittle 3' at 40°C.