Pyrotec Pyrolyzer 860

GASTEC Pyrotec Pyrolyzer 860

GASTEC Pyrotec Pyrolyzer 860 for Fluorocarbons & Fumigants

Thermal Cleavage. Precise. Detect Inert Halocarbons On-Site.

The GASTEC Pyrotec Pyrolyzer 860 is a portable, battery-powered thermal conversion instrument engineered to crack chemically inert halogenated hydrocarbons—such as chlorofluorocarbons (CFCs), hydrofluorocarbons (HFCs), anesthetic fluorinated gases, and sulfuryl fluoride—into reactive inorganic compounds. By thermally cracking the inert gas molecule right before it enters a GASTEC detector tube, it enables simple, direct-reading field measurement of gases that otherwise cannot be detected colorimetrically.

ThermalHigh-Efficiency Catalytic Pyrolysis
CFC / HFCMeasures Halocarbons & Fumigants
BatteryFully Portable Field Operation
GV-100SDirect In-Line Pump Coupling

Catalytic Thermal Decomposition

Internal high-temperature heating element cleanly splits inert C-F and C-Cl molecular bonds.

Battery-Powered Field Portability

Runs on standard dry-cell or rechargeable batteries for complete freedom across field sites.

Rapid Heating Warm-Up

Reaches target catalytic pyrolysis temperature in approximately 2 minutes with LED ready indicator.

Measures Difficult Halogenated Gases

Enables detector tube measurement for R-134a, R-22, R-123, Halon replacements, and Sulfuryl Fluoride.

Direct In-Line Assembly

Mounts seamlessly between the air intake and the GASTEC GV-100S manual sampling pump.

Heat-Shielded Safe Casing

Thermal insulation protects operator hands while maintaining concentrated internal filament heat.

Thermal Cleavage Workflow. Making the Undetectable Measurable.

01

Power On & Pre-Heat

Switch on the Pyrotec 860; wait approximately 2 minutes until the green Ready LED illuminates.

02

Attach Tube & Pump

Connect the appropriate GASTEC detector tube to the Pyrotec outlet and connect the GV-100S pump to tube rear.

03

Draw Sample & Read

Pull the pump handle; inert target vapor is drawn through the heater, pyrolyzed into reactive gas, and read on tube.

GASTEC Pyrotec 860
04

Catalytic Quartz Chamber

Concentrates high thermal energy within a corrosion-resistant quartz glass pyrolyzing filament.

05

Stoichiometric Conversion

Guarantees a highly consistent, reproducible conversion ratio for precise direct scale interpretation.

06

In-Line Safety Filter

Integral thermal baffle cools the gas stream before it reaches the reagent bed to protect chemistry.

Structural & Commodity Fumigation

Monitors Sulfuryl Fluoride (Vikane / ProFume) concentrations during termite and pest quarantine treatments.

HVAC & Refrigeration Leak Audits

Locates and quantifies refrigerant gas leaks (R-134a, R-22, R-410A) in industrial chillers and cold stores.

Fire Extinguishing Halon Alternatives

Tests total flooding fire suppression gaseous systems (HFC-227ea, FM-200, Novec 1230) post-discharge.

Semiconductor Wafer Etching

Detects exhaust duct leakage of fluorinated greenhouse gases (CF₄, C₂F₆, SF₆) in fab cleanrooms.

Hospital Operating Theaters

Measures waste anesthetic fluorinated gases (Sevoflurane, Isoflurane, Desflurane) in surgical suites.

Chemical Recycling & Reclamation

Verifies purity and recovery efficiency of reclaimed fluorinated solvent drums.

The Specs Speak for Themselves

Thermal performance benchmarks of the GASTEC Pyrotec Pyrolyzer 860.

Did you know?

~2 Minutes

rapid electrical preheat time ensures minimal waiting when responding to field leaks

Did you know?

99%+ Cleavage

catalytic heating element completely breaks ultra-stable fluorocarbon molecular bonds

Did you know?

Battery Operated

completely cordless architecture allows technicians to climb catwalks and roofs freely

GASTEC Pyrotec Pyrolyzer 860 Technical Specifications

Heating parameters, power supply, dimensions, and operational characteristics.

Specification ParameterDetails
Product ModelGASTEC Pyrotec Pyrolyzer 860 (Part No. 860)
Target Chemical GasesCFCs, HCFCs, HFCs, Halogenated Hydrocarbons, Sulfuryl Fluoride (SO₂F₂)
Pyrolysis PrincipleCatalytic thermal decomposition via internal filament
Warm-Up TimeApprox. 2 minutes
Operating IndicatorPower LED & Ready LED with low battery warning
Power Source4 × AA alkaline dry-cell batteries (or Ni-MH rechargeable)
Battery Operating TimeApprox. 1.5 to 2 hours continuous operation
DimensionsApprox. 150 (L) × 45 (W) × 90 (H) mm
WeightApprox. 250 g (including batteries)
Compatible PumpGASTEC GV-100S, GV-100LS, GV-110S

Frequently Asked Questions

Fluorocarbons and sulfuryl fluoride are chemically inert and will not react with standard colorimetric indicator chemicals at room temperature. The Pyrotec 860 thermally cracks them into reactive HF or chlorine, which the detector tube measures instantly.
It takes approximately two minutes from turning on the power switch until the green Ready LED turns on, signaling that the filament has reached the required catalytic temperature.
No. The heating filament is enclosed within an internal ceramic/quartz thermal insulator, while the outer plastic housing remains safe to hold during operation.
GASTEC produces dedicated pyrolyzer detector tubes, such as Tube 51 (for chlorofluorocarbons) and Tube 231 (for sulfuryl fluoride).
It operates on 4 standard AA alkaline batteries, easily replaceable in the field without special tools.