PUSH-LOCK by AIRCO

Push. Lock. Move on.

Fast, flame-free refrigerant pipe connectors — for a cleaner, more consistent and faster field process.

  • Installation without an open flame
  • A shorter, simpler connection process
  • Reduced reliance on field brazing
  • A consistent connection, verifiable by protocol
  • Currently intended for demonstrations, engineering evaluation and professional pilots

What changes in the field

A visual comparison between the traditional brazing workflow and the PUSH-LOCK workflow — without unverified numeric performance claims.

Traditional brazing
  • Open-flame work on site
  • Safety preparation and ventilation constraints
  • Dependence on on-site brazing skill
  • Visual inspection of joint quality
PUSH-LOCK workflow
  • Mechanical connection without an open flame
  • Prepare the pipe, push to the mark, lock
  • A uniform, trainable process
  • Control by a defined connection protocol

How it works

1

Prepare the pipe

Cut and prepare the copper pipe end per the manufacturer's instructions — clean surface, correct angle.

2

Push to the mark

Insert the pipe into the connector up to the reference mark — no flame, no brazing equipment.

3

Verify and lock

Confirm full seating of the pipe, lock the joint and record it per protocol.

Why professionals are evaluating it

Site safety

Flame-free work reduces fire risk and on-site safety overhead.

Clean process

No soot, brazing residue or fumes — suited to sensitive environments.

Consistency

A defined, trainable process — less dependent on individual skill.

Process speed

Fewer steps and less ancillary equipment at the joint itself.

Sensitive locations

Suited to evaluation in sites where hot work is restricted or permit-controlled.

Professional demonstration

Consultants, installers, contractors, importers and manufacturers are invited to schedule a hands-on demonstration and a fit assessment for your specific application. We will present the product, answer technical questions and explore a joint pilot.

Engineering status

The product is currently in the sample, evaluation and professional pilot stage. Suitability for refrigerant gases, working pressures, pipe diameters and specific applications will be determined per the manufacturer's documentation, laboratory testing and relevant approvals. It should not be treated as approved for every application, and results from one application should not be extrapolated to another without specific evaluation.

FAQ

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