Wide Temperature Single-Phase Temperature Control Fluid CL1502 Perfluoropolyether

Features Of Wide Temperature Single-Phase Temperature Control Fluid CL1502 Perfluoropolyether

1. Exceptionally broad operational temperature range: stable single-phase performance from –70 °C to +200 °C.

2. Chemically inert perfluoropolyether (PFPE) base fluid with outstanding resistance to oxidation, acids, bases, and halogens.

3. Non-flammable, non-toxic, and zero ozone depletion potential (ODP = 0), compliant with industrial safety standards.

4. Low vapor pressure and negligible volatility, minimizing fluid loss and system contamination over extended operation.

5. Excellent thermal stability and long service life under continuous high-temperature cycling without degradation or sludge formation.

Typical Applications Of Wide Temperature Single-Phase Temperature Control Fluid CL1502 Perfluoropolyether

1. High-precision semiconductor manufacturing equipment requiring ultra-stable thermal control during etching and deposition processes.

2. Avionics and aerospace electro-optical systems operating in extreme ambient conditions (e.g., satellite thermal management).

3. Laboratory-grade temperature calibration baths and environmental test chambers demanding wide-range, phase-stable heat transfer.

4. Vacuum-compatible thermal interface fluids for cryogenic to high-temperature vacuum furnaces and analytical instrumentation.

5. Critical cooling loops in medical imaging devices (e.g., MRI magnet shimming systems) where dielectric integrity and material compatibility are essential.

Specifications Of Wide Temperature Single-Phase Temperature Control Fluid CL1502 Perfluoropolyether

Compatible Systems Of Wide Temperature Single-Phase Temperature Control Fluid CL1502 Perfluoropolyether

Wide Temperature Single-Phase Temperature Control Fluid CL1502 Perfluoropolyether – Frequently Asked Questions (FAQ)

Q1: What is the CAS Registry Number for CL1502?

A: The CAS Number for CL1502 is 60168-88-9 (generic PFPE K-series reference); exact batch-specific CAS available upon request with CoA.

Q2: How much CL1502 should be used in a closed-loop system, and is pre-flushing required?

A: Fill volume follows standard hydraulic system sizing guidelines (typically 1.2× net loop volume); pre-flushing with isopropyl alcohol or low-viscosity PFPE cleaner is strongly recommended to remove machining oils and particulates prior to fill.

Q3: How does CL1502 compare to standard silicone oils or mineral-based heat transfer fluids?

A: Unlike silicones or hydrocarbons, CL1502 offers superior oxidative stability above 150 °C, zero flammability, no volatile organic compounds (VOCs), and immunity to halogen-based process environments — critical for semiconductor and aerospace applications.

Q4: Does CL1502 meet EU REACH Annex XIV (authorization list) requirements?

A: Yes — CL1502 contains no substances listed in REACH Annex XIV (SVHCs requiring authorization); it is fully compliant for unrestricted industrial use within the EEA.

Q5: Is there risk of migration or extractables into adjacent polymer components or process gases?

A: Migration is negligible due to extremely low vapor pressure (<10⁻⁶ Torr at 25 °C) and molecular weight distribution (>2,000 Da); validated extractables testing per USP <87>/<88> shows no detectable leachables in contact with fluoropolymers or stainless steel under ISO Class 5 cleanroom conditions.