Design & Materials
The Art of Material
Every surface you touch tells a story. Promot switches are crafted from noble materials brass, glass, aluminium — each chosen for its unique character and architectural integrity.
DESIGN & MATERIALS
The Art of Material
Every surface you touch tells a story. Promot switches are crafted from noble materials — brass, glass, aluminium — each chosen for its unique character and architectural integrity.
DESIGN PHILOSOPHY
Four Principles
Every decision at Promot — from material sourcing to the curve of a rocker — is guided by four unwavering principles.
01
Materiality
We believe the surface you touch should be worthy of the space it inhabits. Every material is chosen for its character, not its convenience.
02
Restraint
True luxury is the absence of excess. Our designs strip away the unnecessary to reveal what matters — form, finish, and feel.
03
Permanence
We engineer for decades, not trends. Our switches are designed to age with grace, developing character over time like fine architecture.
04
Integrity
From raw material to final assembly, every step of our process is transparent, traceable, and uncompromising in quality.
Design Philosophy
Four Principles
Every decision at Promot — from material sourcing to the curve of a rocker — is guided by four unwavering principles.
01
Materiality
We believe the surface you touch should be worthy of the space it inhabits. Every material is chosen for its character, not its convenience.
02
Restraint
True luxury is the absence of excess. Our designs strip away the unnecessary to reveal what matters — form, finish, and feel.
03
Permanence
We engineer for decades, not trends. Our switches are designed to age with grace, developing character over time like fine architecture.
04
Integrity
From raw material to final assembly, every step of our process is transparent, traceable, and uncompromising in quality.
Engineering Excellence
Our mechanisms are tested to 100,000+ operations — far exceeding industry standards. Silver-cadmium contacts ensure clean, arc-free switching. Every component is precision-molded to tolerances of ±0.05mm.
Flame-retardant polycarbonate housings rated to 850°C glow-wire test. IP20 protection standard, with IP44 available for wet areas. Full ISI, CE, and BIS certification across all product lines.
Engineering Excellence
Our mechanisms are tested to 100,000+ operations — far exceeding industry standards. Silver-cadmium contacts ensure clean, arc-free switching. Every component is precision-molded to tolerances of ±0.05mm.
Flame-retardant polycarbonate housings rated to 850°C glow-wire test. IP20 protection standard, with IP44 available for wet areas. Full ISI, CE, and BIS certification across all product lines.
SAFETY INNOVATION
Engineered for Safety with PBT Technology
Promot switches use high-performance PBT material that enhances safety, durability, and heat resistance.
How PBT Protects You
The brass terminal is chambered inside a high-strength PBT body. This structure isolates the terminal from the outer plastic body, preventing direct heat transfer and electrical contact — significantly reducing fire risk and improving safety.
- Heat-resistant PBT structure
- Brass terminals safely chambered inside
- Reduced risk of fire hazards
- Strong and durable internal construction
- Designed for long-term electrical safety
Safety Innovation
Engineered for Safety with PBT Technology
Promot switches use high-performance PBT material that enhances safety, durability, and heat resistance.
How PBT Protects You
The brass terminal is chambered inside a high-strength PBT body. This structure isolates the terminal from the outer plastic body, preventing direct heat transfer and electrical contact — significantly reducing fire risk and improving safety.
- Heat-resistant PBT structure
- Brass terminals safely chambered inside
- Reduced risk of fire hazards
- Strong and durable internal construction
- Designed for long-term electrical safety
HIGH TEMPERATURE RESISTANCE
PBT withstands extreme heat without deformation
ELECTRICAL INSULATION STRENGTH
Complete isolation of live components from exterior
LONG OPERATIONAL LIFE
Engineered for 100,000+ switching cycles
RELIABLE PERFORMANCE
Consistent conductivity under electrical stress
High Temperature Resistance
PBT withstands extreme heat without deformation
Electrical Insulation Strength
Complete isolation of live components from exterior
Long Operational Life
Engineered for 100,000+ switching cycles
Reliable Performance
Consistent conductivity under electrical stress
PATENTED TECHNOLOGY
Bi-Material
Frame Technology
At the heart of every switch lies a bi-material base frame combining steel and engineering-grade polycarbonate.
Layer 01
Engineering-Grade Polycarbonate
Flame-retardant outer shell providing insulation and precision molding.
Layer 02
Galvanized Steel Core
Rigid metal skeleton ensuring structural integrity and durability.
Layer 03
Engineering-Grade Polycarbonate
Bottom insulation layer ensuring complete electrical isolation.
3×
Stronger than all-plastic frames
Zero
Warping over lifetime
850°C
Glow-wire tested
25yr
Structural warranty
Patented Technology
Bi-Material
Frame Technology
At the heart of every Promot switch lies our proprietary bi-material base frame — a steel core sandwiched between two layers of engineering-grade polycarbonate. This tri-layer construction delivers unmatched structural rigidity while maintaining the insulation and safety properties essential for electrical fittings.
Unlike conventional all-plastic frames that flex, warp, or crack under pressure, our metal-reinforced base plate ensures modules remain perfectly aligned for decades — no loosening, no rattling, no compromise.
Layer 01
Engineering-Grade Polycarbonate
Flame-retardant outer shell providing electrical insulation, UV resistance, and a precision-molded surface for module mounting.
Layer 02
Galvanized Steel Core
Rigid metal skeleton embedded within the frame. Provides warp-proof structural integrity, superior screw retention, and wall-mounting strength.
Layer 03
Engineering-Grade Polycarbonate
Bottom insulation layer ensuring complete electrical isolation from the wall box. Tested to 850°C glow-wire standard.
3x
Stronger than all-plastic frames
Zero
Warping over lifetime
850°C
Glow-wire tested
25yr
Structural warranty
FIRE SAFETY INNOVATION
Thermoset Material
Thermoset Material
Protection
Promot Pixel Series uses engineering-grade thermoset material — trusted in industrial and aerospace applications — to deliver uncompromising protection against electrical fires.
THE PROBLEM
Why Thermoset Matters
Conventional switches use thermoplastics that soften under heat, exposing live terminals and increasing fire risk.
Thermoset materials retain structure and resist high temperatures, ensuring safer electrical performance.
0%
Fire propagation
850°C
Glow-wire tested
100%
Terminal shrouding
Industrial
Grade insulation
Fire Safety Innovation
Thermoset Material
Protection
Promot Pixel Series uses engineering-grade thermoset material — the same class of polymers trusted in industrial and aerospace applications — to deliver uncompromising protection against electrical fires.
The Problem
Electrical fires cause thousands of casualties every year
Why Thermoset Matters
Most conventional switches use thermoplastic materials that can melt and deform under extreme heat, potentially exposing live terminals and causing electrical fires. Promot’s thermoset material is fundamentally different — it does not melt.
When exposed to extreme temperatures, thermoset chars and self-extinguishes without propagating fire. The live parts remain safely shrouded, preventing terminals from fusing together even during severe overheating events.
0%
Fire propagation
850°C
Glow-wire tested
100%
Terminal shrouding
Industrial
Grade insulation
Four Layers of Fire Protection
Every Pixel Series switch is engineered with multiple safety barriers to eliminate the risk of electrical fire.
Won't Melt Under Heat
Unlike thermoplastic, thermoset material does not melt or deform when exposed to extreme heat — it chars without catching fire.
Terminal Shrouding
Live parts and current-carrying terminals are fully shrouded by thermoset material, preventing them from fusing during overheating.
Flame-Proof Construction
Engineering-grade thermoset provides inherent flame retardancy — the material self-extinguishes and does not propagate fire.
Superior Electrical Insulation
Excellent dielectric strength isolates live components, preventing short circuits that are the leading cause of electrical fires.
Four Layers of Fire Protection
Every Pixel Series switch is engineered with multiple safety barriers to eliminate the risk of electrical fire.
Won't Melt Under Heat
Unlike thermoplastic, thermoset material does not melt or deform when exposed to extreme heat — it chars without catching fire.
Terminal Shrouding
Live parts and current-carrying terminals are fully shrouded by thermoset material, preventing them from fusing together during overheating.
Flame-Proof Construction
Engineering-grade thermoset provides inherent flame retardancy — the material self-extinguishes and does not propagate fire.
Superior Electrical Insulation
Excellent dielectric strength isolates live components, preventing short circuits that are the leading cause of electrical fires.
MATERIAL COMPARISON
Thermoset vs Thermoplastic
| PROPERTY | THERMOSET (PROMOT) | THERMOPLASTIC (OTHERS) |
|---|---|---|
| Behaviour Under Heat |
Chars — does not melt
|
Melts and deforms
|
| Fire Propagation |
Self-extinguishing
|
Can sustain flames
|
| Terminal Isolation |
Complete shrouding
|
Risk of fusing
|
| Operating Temperature |
Higher threshold
|
Lower threshold
|
| Structural Integrity |
Maintains form
|
Weakens under stress
|
Material Comparison
Thermoset vs Thermoplastic
Property
- Behaviour Under Heat
- Fire Propagation
- Terminal Isolation
- Operating Temperature
- Structural Integrity
Thermoset (Promot)
- Chars — does not melt
- Self-extinguishing
- Complete shrouding
- Higher threshold
- Maintains form
Thermoplastic (Others)
- Melts and deforms
- Can sustain flames
- Risk of fusing
- Lower threshold
- Weakens under stress
Promot Pixel Series — engineered to protect your home from electrical fire hazards.
MANUFACTURING
From Raw Metal to
From Raw Metal to
Refined Object
01
Material Selection
Raw brass, aluminium, and glass sourced from certified suppliers. Each batch tested for composition purity and structural integrity.
02
Precision Machining
CNC-milled frames with ±0.05mm tolerances. Every edge, corner, and surface engineered to architectural precision.
03
Surface Finishing
PVD coating at 2000 HV hardness for metallic finishes. Anodization for aluminium. Each piece hand-inspected under controlled lighting.
04
Assembly & Testing
100,000+ operation cycle testing. Glow-wire tests at 850°C. Every switch individually tested before leaving our facility.
Manufacturing
From Raw Metal to
Refined Objecty
01
Material Selection
Raw brass, aluminium, and glass sourced from certified suppliers. Each batch tested for composition purity and structural integrity.
02
Precision Machining
CNC-milled frames with ±0.05mm tolerances. Every edge, every corner, every surface is engineered to architectural precision.
03
Surface Finishing
PVD coating at 2000 HV hardness for metallic finishes. Anodization for aluminium. Each piece hand-inspected under controlled lighting.
04
Assembly & Testing
100,000+ operation cycle testing. Glow-wire tests at 850°C. Every switch individually tested before leaving our facility.
Finish Philosophy
We don't paint our finishes — we craft them. PVD coating on brass delivers a surface hardness of 2000 HV, ensuring your switches maintain their beauty for decades. Anodized aluminium frames resist fingerprints and corrosion naturally.
Brushed Brass
Matte Black
Rose Gold
Satin Nickel
Antique Bronze
Arctic White
Finish Philosophy
We don’t paint our finishes — we craft them. PVD coating on brass delivers a surface hardness of 2000 HV, ensuring your switches maintain their beauty for decades. Anodized aluminium frames resist fingerprints and corrosion naturally.