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AVIATION / Safety & utilities / REVIEWED 2026-09-11

F02Ice protection & heated probes

Protect designated surfaces and sensors from ice.

Manufacturers & products

This supply map covers sensors and several protection technologies. Pneumatic boots, fluid systems and electrothermal heaters illustrate different architectures rather than a single interchangeable installation.

Program applicability is stated for each listing. 737NG, 737 MAX, and other aircraft examples are distinct configurations; listed products are not automatically interchangeable or approved for installation.

manufacturer

Collins Aerospace

Ice detectors and Goodrich deicing systems

Offers ice detectors and pneumatic deicing products; its MAX platform sheet separately lists ice detection. [2][1]

Program / application

737MAX ice detection; boot products are separate applications [2][1]

Manufacturer inquiry

Suggested route: manufacturer program/product inquiry or approved aftermarket support; confirm exact aircraft and part-number effectivity.

Product scope & qualifications
  • Do not infer that the illustrated 737 wing uses Goodrich pneumatic boots.
View product & inquiry route
manufacturer

GKN Aerospace

Spraymat electrothermal structures

Integrates electrothermal heater mats into aircraft structures. [3]

Program / application

Spraymat technology; exact 737 installation unverified [3]

Custom program inquiry

Suggested route: manufacturer program/product inquiry or approved aftermarket support; confirm exact aircraft and part-number effectivity.

Product scope & qualifications
  • Power density and heating zones depend on the approved airframe design.
View product & inquiry route
manufacturer

Cox & Company — Hutchinson

Electrothermal ice protection

Offers low-power and electrothermal protection, heated structures and control equipment. [4]

Program / application

OEM ice-protection capability; 737 applicability unverified [4]

Custom program inquiry

Suggested route: manufacturer program/product inquiry or approved aftermarket support; confirm exact aircraft and part-number effectivity.

Product scope & qualifications
  • Cox identifies itself as part of Hutchinson; exact aircraft installation remains unverified.
View product & inquiry route
manufacturer

Parker Aerospace

Anti-ice and pneumatic controls

Offers anti-ice control and deicing systems alongside airframe pneumatic valves. [5]

Program / application

737 pneumatic program pedigree; exact anti-ice part unverified [5]

Manufacturer inquiry

Suggested route: manufacturer program/product inquiry or approved aftermarket support; confirm exact aircraft and part-number effectivity.

Product scope & qualifications
  • The 737 appears in a broad pneumatic program list, not an itemized anti-ice allocation.
View product & inquiry route
manufacturer

CAV Systems

TKS fluid ice protection

Supports aircraft-specific TKS fluid ice-protection installations. [6]

Program / application

General aviation technology; no 737 installation established [6]

Manufacturer inquiry

Suggested route: manufacturer program/product inquiry or approved aftermarket support; confirm exact aircraft and part-number effectivity.

Product scope & qualifications
  • Included as a different aircraft architecture; no compatibility with a 737 is claimed.
View product & inquiry route

What remains unverified

  • No exact 737NG wing/nacelle protection hardware list or public zone heat-load map was verified.

Where it comes from

A company address is shown separately from a published factory location. Request the manufacturing site and lot traceability for the exact part when sourcing.

What to compare

  • Protected surface and icing envelope

    Specify the inlet, wing, sensor or other surface and the substantiated icing conditions.

  • Detection versus protection

    A detector identifies icing; it does not by itself remove or prevent ice.

  • Bleed, electrical or fluid demand · kg/s / W / L/h

    Compare the complete aircraft utility burden over the mission duty cycle.

  • Coverage and thermal control

    Surface temperature distribution and control behavior matter more than total heater power.

  • Aerodynamic integration

    Leading-edge shape, installation finish and drainage affect the aircraft design.

  • Structural and environmental durability

    Evaluate erosion, moisture, lightning and repeated heating or flexing as applicable.

  • False-alarm and fault behavior

    Compare sensor detection evidence and system monitoring in the intended environment.

  • Aircraft-specific approval and support

    An approved installation on one airframe does not establish another’s eligibility.

Selection & integration notes
  • The Collins MAX reference establishes ice detection, not that the 737 uses every deicing product in Collins’ wider portfolio.
  • General-aviation TKS and pneumatic-boot examples are retained to explain supplier technology breadth.
Supporting references [1]

Published product examples

2 REFERENCES

Specifications belong to the named product and configuration.

Collins 737MAX ice-detection referenceCollins Aerospace

The platform sheet confirms product category involvement but supplies no detector part number or sensitivity specification.

Example sources [1]
Spraymat ice-protection structureGKN Aerospace

Technology example; public page does not give application-specific wattage, mass or temperature limits.

Example sources [3]

Sources & references

REVIEWED 2026-09-11

Manufacturer pages and technical documents support the linked claims. A review date is not a publication date or stock check.

  1. Collins Aerospace on the Boeing 737 MAX Collins Aerospace · Published 2023

    MAX landing systems, ice detection and evacuation portfolio affiliation.

    Accessed 2026-09-10
  2. Ice detection and protection systems Collins Aerospace · Publication date not stated

    Ice detection and Goodrich pneumatic deicing products.

    Accessed 2026-09-10
  3. Niche technologies GKN Aerospace · Publication date not stated

    Spraymat electrothermal ice-protection structures.

    Accessed 2026-09-10
  4. Cox & Company Cox & Company · Publication date not stated

    Electrothermal ice-protection capability and Hutchinson ownership.

    Accessed 2026-09-10
  5. Engine and airframe pneumatic controls Parker Aerospace · Publication date not stated

    Anti-ice control products and separate broad 737 pneumatic program pedigree.

    Accessed 2026-09-10
  6. CAV Systems product support CAV Systems · Publication date not stated

    Aircraft-specific TKS ice-protection systems and support.

    Accessed 2026-09-10