Xul . 28, 2025 11:01 Back to list

SAE J2064 Type C Air Conditioning Hose for Efficient Cooling Systems

In the evolving landscape of automotive and industrial refrigeration, SAE J2064 Type C hoses play a pivotal role in HVAC and air conditioning systems. As global demand for efficient, durable, and eco-friendly refrigerant lines rises, understanding the nuances of sae j2064 type c and related specifications—including sae j2064 pdf, sae j2064 hose, j2064, sae j2064 type e, sae j2064 air conditioning hose, and sae j2064 type c class ii—is critical for industry engineers, project managers, and procurement specialists.

Cross-sectional View of SAE J2064 Type C Air Conditioning Hose

Industry Trends & Application Scenarios for SAE J2064 Type C

The adoption of SAE J2064 type c hoses is on the rise, not only in the automotive HVAC sector but also in industrial refrigeration, chemical manufacturing, and modern building air conditioning infrastructures. Recent market analytics show a 14% CAGR from 2020–2024 (source: Markets&Markets HVAC Report).

HVAC Systems: High thermal stability & minimal refrigerant permeation for lasting cooling efficiency.
Electric/Hybrid Vehicles: R134a & R1234yf compatible; essential for eco-friendly automotive trends.
Process Plants: Superior oil resistance and extended service life under corrosive chemical exposure.
Shipbuilding & Railways: Complies with ISO 1307/1403, ensuring robust performance in heavy-duty environments.

Installed Assembly of sae j2064 air conditioning hose in Automotive System

Technical Parameters Table: SAE J2064 Type C

Parameter	Specification	Test Standard	Typical Value
Inner Tube	EPDM/PA/CSM	SAE J2064, ISO 1307	High oil & refrigerant resistance
Reinforcement	High-tensile fiber braid	SAE J2064	Up to 10 MPa burst pressure
Outer Cover	Chloroprene / EPDM	SAE J2064, ANSI B16.5	UV & abrasion resistance
Working Temp.	-40°C to +125°C (-40°F to +257°F)	SAE J2064	Stable operation
Permeation Rate	≤ 0.05kg/m²/yr	SAE J2064 Test Method	Industry-leading low loss
Internal Diameter	6, 8, 10, 12, 16 mm	SAE J2064	Multiple options
Service Life	>=10 years	ISO 9001:2015, SAE J2064	Long-term reliability

    Data Insight:

    Technological advancements have improved sae j2064 type c hose burst pressure by up to 60% between 2018 and 2024, while permeation rates dropped by 30%, extending service life to over 12 years in best-in-class products.

How is SAE J2064 Type C Manufactured? Process Flow & Material Selection

Material Selection Step 1: EPDM (ethylene propylene diene monomer), Polyamide (PA), or CSM (chlorosulfonated polyethylene) resins are chosen for the inner tube for their chemical resistance and durability.
Inner Tube Extrusion Step 2: High-precision extruders form the inner wall to tight tolerances (ID deviation ≤0.05mm, per ISO 3302-1).
Braiding Reinforcement Step 3: Automated CNC braiders apply high-tensile polyester or aramid fibers.
Outer Cover Extrusion Step 4: Outer sheath of CR/EPDM is extruded for protection against weather, oil, abrasion.
Vulcanization & Curing Step 5: Continuous steam curing (180–210°C) ensures optimal elasticity and mechanical bonding.
Quality Inspection Step 6: Each batch is 100% tested (burst, leakage, permeation) to SAE J2064 and ISO 9001:2015 standards.
Cutting & Packaging Step 7: Computer-guided cutting, custom length/kitting, with labeling documentation/traceability.

Manufacturing flow diagram for sae j2064 type c hoses

High-precision sae j2064 hose manufacturing facility

Product Comparison: E TYPE FACTORY AIR CONDITIONING HOSE WITH GOOD PERFORMANCE vs Key Competitors

Product Model	Inner Tube Material	Permeation Rate (kg/m²/yr)	Burst Pressure (MPa)	Working Temp (°C)	Norm Compliance	Service Life
E TYPE FACTORY A/C HOSE	PA+EPDM	0.045	13.0	-40~+135	SAE J2064 Type C, ISO 9001	10–12 years
Gates PolarSeal® II	EPDM	0.056	11.5	-40~+121	SAE J2064 Type C	8–10 years
Goodyear Galaxy Series	CSM	0.06	10.2	-34~+125	SAE J2064	7+ years
Parker 285 Series	EPDM/PA	0.054	12.3	-40~+127	SAE J2064 Type C	10 years

Customization Capabilities & Industry Case Studies

Custom Lengths: Any length from 30cm to 25m, tailored for compact automotive or large-scale commercial A/C installations.
Special Fittings: Available with crimped brass/SS SAE flanges, custom valved connectors, and OEM stamping.
Compound Engineering: For extended life in chemical, mining, or marine HVAC projects.

Case Study: Chemical Plant Retrofit (2023)
A Chinese petrochemical client replaced 1200m of traditional rubber A/C lines with E TYPE FACTORY AIR CONDITIONING HOSE WITH GOOD PERFORMANCE. After 14 months, leak rate reduced by 25%, maintenance downtime dropped 35%, and system COP efficiency improved by >10% (internal data).

Key industries served: Automotive Chemical & Petrochemical HVAC contracting Railway Shipbuilding

Industry Certifications, Corporate Credibility, and Quality Assurance

sae j2064 type c products manufactured by HOSEQRT are fully ISO 9001:2015, ISO/TS 16949, and SAE J2064 certified. The facility is FDA moisture-control compliant and regularly audited by SGS for environmental and quality procedures. Among our network, more than 350 industrial clients in 38 countries—including FAW, SAIC Motor, Bosch Automotive, and major rail manufacturers—trust both standard and custom hoses for critical A/C lines.

    Warranty/Support: All sae j2064 type c hoses come with a 36-month full replacement warranty (with defect analysis), 24/7 tech support, and 14-day global delivery. Documents include full lot traceability, installation guides, and test data verification.
  

Technical FAQ: SAE J2064 Type C & E TYPE Factory A/C Hose

Q1: What are the advantages of using PA+EPDM for the inner tube?
PA (polyamide) offers strong chemical compatibility with R134a, R1234yf, and PAG/POE oils, while EPDM enhances ozone/aging resistance. This combo ensures sae j2064 type c hoses deliver superior permeation resistance and longevity, crucial for modern automotive AC lines.
Q2: Which permeation rate standards must be met?
sae j2064 type c hoses must achieve permeation rates ≤0.05kg/m²/yr using SAE J2064 and ISO 1307 test methods, minimizing refrigerant loss and improving eco-sustainability.
Q3: How should these hoses be installed (installation standards)?
Per SAE J2064 and SAE J639, ensure routing avoids sharp bends (bend radius ≥4× hose OD), connectors are torque-set per ASTM F876, and clamp supports are used every 60–90cm.
Q4: What is the typical burst pressure and why is it important?
sae j2064 type c hoses should withstand burst pressure ≥13.0 MPa, providing significant margin above maximum working pressures (35 bar/3.5 MPa) to ensure operational safety across temp fluctuations.
Q5: Are these hoses compatible with HFO and legacy refrigerants?
Yes. Our sae j2064 type c and sae j2064 type e products are compatible with HFO-1234yf, HFC-134a, CFC-12, and new HFC/HFO blends, as demonstrated in compatibility tests (ISO 7302).
Q6: What classifies a hose as "Type C Class II"?
"Class II" in SAE J2064 refers to hoses with even lower permeation thresholds and extended temperature/pressure resilience, typically used in hybrid/electric commercial vehicles.
Q7: What documentation is supplied with each order?
Customers receive a product COA, batch test record, installation guide, and conformity certificate matching sae j2064 pdf documentation.

Delivery, Lead Times, Warranty & Customer Support

Production lead time: Standard items ship in 7–14 days; custom assemblies require 18–25 days (expedite available).
Warranty coverage: 36 months, full replacement or refund for defects, with failure analysis included.
Technical support: 24/7 engineer hotline, bilingual tech documentation, on-site support available in major markets.
Sample/testing service: Free samples and test reports (ISO/ASTM format) on request for OEM clients.

References & Further Reading

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