Who we are
ACC İklimlendirme presents ACC-branded refrigerants and cooling equipment to B2B buyers through catalogue pages, technical notes and a clear enquiry path — in English, Turkish, Russian and Arabic.
Learn moreACC İklimlendirme
Refrigerant gases & cooling equipment
ACC İklimlendirme supplies refrigerant gases and cooling equipment for air-conditioning and refrigeration applications.
Cooling equipment
Alongside gases, we list condensers, evaporators and compressor solutions for professional refrigeration systems.
What is refrigerant gas?
Refrigerants circulate in closed loops inside air conditioners, heat pumps and cold-chain equipment to transfer heat.
Our gas range
Active ACC lines: R134a, R404A, R410A, R32 and R407C — presented clearly for selection and enquiry.
ACC refrigerant portfolio
Five active codes — R134a, R404A, R410A, R32 and R407C — with application notes, ASHRAE class and GWP/ODP on each gas page.
ACC-branded refrigerants
Cylinders are presented as ACC lines for B2B selection; cylinder size and availability are confirmed on enquiry.
B2B bulk & project supply
Quotes for installers, wholesalers and project buyers by product code, quantity, packaging and delivery point.
Technical documentation first
Request SDS, TDS or CoA by product code (e.g. R410A, R32); follow the document process from the Documents hub.
ACC
Refrigerant gases
Five ACC gas lines — open a product for details.
Cooling equipment
ACC-branded condensing units, air-cooled condensers and cold-room coolers.
Packaged unitsCondensing Units
ACC-branded packaged condensing units with top-mounted fans, service access doors and integrated pressure monitoring.
Heat exchangersAir-Cooled Condensers
High-capacity multi-fan air-cooled condensers for outdoor installation — ACC branded housings with service access panels.
Heat exchangersHorizontal Multi-Fan Coolers
Low-profile horizontal ACC coolers with inline axial fans for cold rooms, processing halls and equipment rooms.
Photo gallery
Real frames from the floor — production, assembly and field stock.
HVAC / R
Application areas
HVAC/R systems where ACC refrigerants and cooling equipment are commonly used.
Residential & commercial AC
Split, multi-split and packaged units often specify codes such as R32 / R410A.
Commercial refrigeration
Retail, cold display and medium-temperature lines with R134a / R404A / R407C applications.
Cold storage
Low / medium-temperature storage with cold-room evaporators and condensing units.
Industrial refrigeration
Process and plant cooling with gas selection matching equipment labels and pressure class.
Chiller systems
Water- or air-cooled chillers using the refrigerant code specified by the OEM.
Heat pumps
Heating / cooling heat pumps with modern HFC lines such as R32 and R410A.
Automotive climate control
Many existing vehicle ACs use R134a; newer generations depend on the OEM code.
The right refrigerant is determined by the equipment maker’s technical requirements and system design. Open gas catalogue
SDS · TDS · CoA
Technical documentation
SDS, TDS and CoA are the core set for handling, selection and batch verification. Request by product code.
SDS / MSDS
Hazard communication, storage, transport and emergency information.
TDS
Typical physical properties and application notes — a technical summary for selection.
CoA
Batch / lot analysis results for shipment traceability.
Knowledge hub
Technical guides
Current guides on refrigerants, applications, technical documentation and HVAC/R topics.
Technical Guide|
What is refrigerant gas? How it works and where it is used
A structured HVAC/R guide: vapor-compression cycle, applications from AC to cold rooms, ACC lines R32 / R410A / R134a / R404A / R407C, GWP/ODP and safety classes, selection and documentation.
Read more →Technical Guide|
What to check when selecting a refrigerant
A buyer checklist: nameplate code, safety class, GWP policy, oil, cylinder logistics and documentation — mapped to ACC’s five HFC lines.
Read more →Technical Guide|
Pure vs blend refrigerants: what buyers need to know
How pure fluids (R32, R134a) differ from near-azeotropic and zeotropic blends (R410A, R404A, R407C) in glide, charging practice and procurement.
Read more →Safety & Documentation|
Refrigerant cylinder storage and transport basics
Practical warehouse and logistics notes for upright secured cylinders, segregation by hazard class, labelling and SDS-aligned handling across ACC HFC lines.
Read more →Safety & Documentation|
What are SDS, TDS and CoA? Refrigerant documents explained
How safety data sheets, technical data sheets and certificates of analysis support B2B refrigerant purchasing, tenders and warehouse compliance for ACC lines.
Read more →HVAC/R|
Does AC gas run out? Understanding low refrigerant charge
Refrigerant works in a closed loop — low charge usually means leakage or prior service loss. High-level symptoms and when to call qualified HVAC/R service.
Read more →Safety & Documentation|
A1, A2L and A3 refrigerant safety classes explained
How ASHRAE toxicity and flammability letters combine into A1 / A2L / A3, what that means for charge limits, and where ACC HFC lines sit.
Read more →Technical Guide|
What are GWP and ODP? Environmental metrics for refrigerants
Clear definitions of global warming potential and ozone depletion potential, how datasheets report them, and how ACC’s five HFC lines sit on those scales.
Read more →Refrigerants|
R404A in commercial refrigeration and alternative paths
R404A zeotropic HFC blend for low/medium-temperature commercial cold — high GWP context, blend handling, and how ACC lines fit service and new-equipment discussions.
Read more →HVAC/R|
What is R134a? Applications and technical properties
R134a pure HFC, typically A1, ODP zero — automotive AC, medium-temperature commercial refrigeration and chillers, with selection notes for ACC buyers.
Read more →Refrigerants|
What is R410A? Applications and difference from R32
R410A near-azeotropic HFC blend (R32/R125), A1, GWP ~2088 — where it is still specified, how it differs from R32, and buying notes for labelled AC fleets.
Read more →Refrigerants|
What is R32? Properties and differences from R410A
R32 (difluoromethane): A2L, GWP around 675, single-component HFC for newer split AC and heat pumps — compared with R410A blend behaviour, pressure and retrofit rules.
Read more →FAQ
Frequently asked questions
Short answers on product selection, documents, B2B supply and logistics.
Frequently asked
ACC presents five active lines: R134a, R404A, R410A, R32 and R407C, each with a product page covering applications, safety class and GWP/ODP summaries. Cooling equipment is listed under Cooling Equipment.
Start from OEM/nameplate — pressures, oil (often POE), safety class. ACC pages help shortlist; final call is engineering.
Yes — ACC works with installers, wholesalers and project buyers on volume and stock supply. Price and lead time follow quantity, packaging, dangerous-goods logistics and destination, confirmed on a written quote.
Safety Data Sheet: hazards, first aid, fire-fighting, handling, storage, exposure and transport info.
After we review your product list and destination — stock position and timing are confirmed in the quote or order confirmation.
Many refrigerants are classified as dangerous goods (often Class 2 gases; some are flammable). Transport rules such as ADR (road), and where applicable IMDG/IATA, affect packaging, labelling, documentation and which carriers can accept the load. That is why refrigerant logistics differ from ordinary parcels and why lead times and costs reflect DG booking — not a simple courier shipment.
Yes. Include destination country, product codes, approximate quantity and preferred language. We review trade requirements, carrier acceptance for the gas class and the document pack for that shipment, then reply with commercial next steps.
Product code(s), quantity, city/country, document needs, company contact.