Advanced Sensoring Technology & Electronics

Precision sensors, measurement instruments, and embedded electronics engineered for OEM systems — delivering accuracy, fast response, and long-term stability.

Founded in 2010 30+ Years of Industry Expertise

Hylltron Electric designs and manufactures advanced sensing and electronic solutions for OEM equipment manufacturers. We focus on real-world performance, manufacturability, and long-term reliability — not just datasheet specifications.

Engineering Ownership

Deep technical expertise driving every solution

Stable Performance

Consistent and repeatable results over time

OEM-Focused

Customization for seamless integration

Partnership Mindset

Long-term collaboration and support

Product Categories

Temperature Sensors

  • Thermocouples: K / J / T / N
  • RTD Sensors: PT100 / PT1000 / PT2000
  • NTC Thermistors: 10K / 89K / 91K / 100K
  • Custom food-grade and industrial stainless probes
Learn More

Gas & Thermal Modules

  • CO and VOC sensing modules
  • Temperature & humidity units
  • OEM-ready thermal assemblies
Learn More

Measurement Instruments

  • Oil Quality Tester (TPM-based)
  • Handheld infrared thermometers
  • Thermocouple thermometers
Learn More

Embedded Electronics

  • OEM sensor interface modules
  • Signal conditioning and conversion
  • Low-power proximity switches
Learn More

Why Hylltron

Accuracy

Speed

Stability

Integration

Hylltron products are designed for daily operation in demanding environments, supporting consistent control, reduced operational risk, and scalable OEM deployment.

Applications

Commercial Kitchen Equipment
Industrial Process Control
HVAC & Building Automation
Environmental Monitoring
Test & Measurement Systems

Products

Hylltron Electric provides a complete sensing and electronics portfolio designed for OEM integration, supporting both standard components and custom-engineered solutions.

Temperature Sensors

Precision temperature sensing solutions engineered for industrial and commercial environments.

Featured Product

K-type Thermocouple and 91K NTC Integrated Temperature Sensor
Multi-Sensor Integrated Probe

K-Type Thermocouple + 91K NTC Thermistor

Precision temperature sensing solution combining K-type thermocouple and 91K NTC thermistor in a single stainless steel probe assembly.

  • Dual sensor technology in one probe
  • Threaded mounting with hex nut
  • Color-coded thermocouple wires (red/yellow spade terminals)
  • White connector for NTC output
  • Food-grade stainless steel construction
  • Custom cable length available

Sensor Types

Thermocouples

K / J / T / N types

Identifiable by standard thermocouple connectors

RTD Sensors

PT100 / PT1000 / PT2000

High accuracy and stability, high-temperature capable (up to 500°F continuous)

NTC Thermistors

10K / 89K / 91K / 100K

Cost-effective solutions

Custom Probe Capabilities

  • High-temperature handles - Up to 500°F continuous (550°F intermittent, melting point 625°F+)
  • RTD configurations - Single, dual, or triple PT element options (PT100/PT1000/PT2000)
  • Bending protection - Reinforced strain relief for durability
  • Connector options - Aviation plugs, high-temp micro connectors, custom terminals
  • Food-grade stainless steel probes
  • Industrial-grade protective designs
  • Custom length, diameter, bending, and mounting
  • Cable, connector, and sealing customization
  • Universal housings supporting multiple sensor types (RTD, NTC, Thermocouple)
  • Multi-sensor integration in single probe (e.g., 2x NTC/RTD + 1x Thermocouple)

Product Examples

Gas & Thermal Modules

Integrated sensing modules designed for safety monitoring, environmental control, and intelligent equipment.

Offerings

CO Sensing Modules

Carbon monoxide detection

VOC Sensing Modules

Volatile organic compounds

Temperature & Humidity

Integrated environmental units

Features

  • OEM integration-ready
  • Low power consumption
  • Stable output and calibration support

Measurement Instruments

Professional instruments designed for accuracy, speed, and repeatability in real operating environments.

Oil Quality Tester – TPM-Based Measurement

Model: HY-SOT830

A fast, chemical-free solution for evaluating cooking oil quality by measuring Total Polar Materials (TPM).

HY-SOT830 Oil Quality Tester TPM Measurement
Key Features
  • Large green LCD display - Clear TPM readings
  • Temperature display - Real-time oil temperature
  • Direct measurement in hot oil up to 200°C
  • Chemical-free capacitive sensing probe
  • Fast response time - Instant readings
  • Ergonomic handheld design
  • HOLD button for freezing readings
  • Adjustable TPM thresholds with visual alarm
  • Long stainless steel probe with protective tip
  • Stable and repeatable measurements
Value
  • Improved food safety
  • Optimized oil replacement cycles
  • Reduced operating cost
  • Compliance-oriented workflows

Wireless Infrared & Thermocouple Thermometer

Model: HY-STP701

Dual-function wireless thermometer combining infrared surface measurement with thermocouple probe for core temperature.

HY-STP701 Wireless Infrared & Thermocouple Thermometer
Key Features
  • Dual measurement modes - Infrared surface + Thermocouple probe
  • Large LCD display - Clear temperature readings (°C/°F switchable)
  • HOLD function - Freeze readings for easy recording
  • Temperature range indication - Color-coded safe zones
  • Angled probe design - Ergonomic insertion angle for deep measurement
  • Wireless/Portable - Battery-powered handheld operation
  • Fast response - Instant infrared reading
  • Stainless steel probe - Food-grade long probe for core temperature
Applications
  • Food safety inspection (HACCP compliance)
  • Cold chain monitoring (refrigerators, freezers)
  • Equipment temperature checks
  • Industrial process monitoring

Wireless Thermocouple Thermometer

Model: HY-STP702

Compact fold-out wireless thermometer with instant-read thermocouple probe for fast and accurate temperature measurement.

HY-STP702 Wireless Thermocouple Thermometer
Key Features
  • Fold-out probe design - Compact storage, instant deployment
  • Large LCD display - Clear temperature readings with backlight
  • Auto ON/OFF switch - Activates when probe is opened
  • Fast response - 2-3 second instant-read thermocouple
  • Ultra-thin probe - Minimal puncture for delicate foods
  • Temperature lock - Hold function to freeze reading
  • Battery indicator - Low battery alert
  • Portable & ergonomic - Lightweight pen-style design
Applications
  • BBQ & Grilling (meat core temperature)
  • Cooking & Baking (food doneness check)
  • Food safety inspection (quick spot checks)
  • Kitchen temperature monitoring

Embedded Electronics

Electronics designed to bridge sensors and systems reliably.

Featured Product

HY-SIS511-D-A Ultra Low Power Inductive Proximity Switch
Ultra Low-Power Inductive Proximity Switch

Model: HY-SIS511-D-A

Advanced inductive barrel sensor engineered for ultra-low power consumption, specifically designed to meet European market low-power certification requirements. Enables customers to achieve EU ErP compliance for energy-sensitive and battery-powered applications.

  • Ultra-low power consumption - Meets EU ErP low-power certification requirements
  • Threaded barrel design with M18 threading
  • Dual hex nuts included for secure mounting
  • Three-wire design with connector - Brown/Blue/Black wires with plug
  • Inductive sensing - Non-contact metal detection
  • Long cable for flexible installation
  • Hylltron CE certified quality assurance
Specifically designed to satisfy European market low-power certification requirements, helping customers meet EU ErP Directive compliance for market access

Offerings

Sensor Interface Modules

Bridge sensors to control systems

Signal Conditioning

Linearization and conversion

Support

  • Electrical interface documentation
  • OEM integration guidance
  • Custom electronics development

Temperature Sensor Technology Guide

Understanding Thermocouples, RTD Sensors, and NTC Thermistors

Choosing the right temperature sensor depends on your application requirements. Learn the key differences between thermocouple, RTD, and NTC sensor technologies to make informed decisions.

Thermocouples

K / J / T / N Types

Working Principle

Based on the Seebeck effect: when two dissimilar metals are joined and the junctions are at different temperatures, a voltage is generated proportional to the temperature difference.

Temperature Range: -200°C to 1250°C (type dependent)
Response Time: Milliseconds (very fast)
Accuracy: ±0.75% to ±2.2°C

Common Types

  • K-Type: -200 to 1250°C, general purpose
  • J-Type: -40 to 750°C, cost-effective
  • T-Type: -200 to 350°C, high accuracy in low range
  • N-Type: -200 to 1250°C, high stability

✓ Advantages

  • Wide temperature range
  • Self-powered (no excitation needed)
  • Fast response time
  • Durable and robust
  • Low cost

⚠ Limitations

  • Lower accuracy vs RTD
  • Non-linear output
  • Requires cold-junction compensation
  • Susceptible to EMI

RTD Sensors

PT100 / PT1000 / PT2000

Working Principle

Resistance Temperature Detector (RTD) uses the predictable change in electrical resistance of pure platinum with temperature. As temperature increases, resistance increases in a linear, repeatable manner.

Temperature Range: -200°C to 600°C
Response Time: 1–5 seconds
Accuracy: ±0.1°C to ±0.5°C (highest)

Common Types

  • PT100: 100Ω at 0°C, most common standard
  • PT1000: 1000Ω at 0°C, better for long cables
  • PT2000: 2000Ω at 0°C, specialized applications

✓ Advantages

  • Highest accuracy
  • Excellent long-term stability
  • Nearly linear response
  • Wide temperature range
  • Industry standard (IEC 60751)

⚠ Limitations

  • Requires excitation current
  • Slower response vs thermocouple
  • Higher cost
  • Self-heating effect

NTC Thermistors

10K / 89K / 91K / 100K

Working Principle

Negative Temperature Coefficient (NTC) thermistors are semiconductor devices made of metal oxides. Resistance decreases exponentially as temperature increases, providing high sensitivity.

Temperature Range: -40°C to 300°C
Response Time: < 1 second (very fast)
Accuracy: ±0.2°C to ±1°C

Common Resistance Values

  • 10K: 10,000Ω at 25°C, most common
  • 89K: Custom value for specific applications
  • 91K: Custom value for specific applications
  • 100K: 100,000Ω at 25°C, high impedance

✓ Advantages

  • High sensitivity
  • Small size / low mass
  • Low cost
  • Fast response time
  • No excitation required

⚠ Limitations

  • Non-linear response
  • Limited temperature range
  • Lower long-term stability
  • Self-heating at high currents

Quick Comparison Table

Parameter Thermocouple RTD NTC
Temperature Range -200°C to 1250°C -200°C to 600°C -40°C to 300°C
Accuracy ±0.75% to ±2.2°C ±0.1°C to ±0.5°C ±0.2°C to ±1°C
Response Speed Very Fast (ms) Medium (1-5s) Fast (< 1s)
Sensitivity Low (μV/°C) Medium (mΩ/°C) High (exponential)
Linearity Non-linear Nearly linear Non-linear
Stability Good Excellent Fair
Cost Low High Very Low
Best For Wide range, fast, harsh High accuracy, stability Cost-sensitive, narrow range

Selection Guide: Which Sensor Type Should You Choose?

Choose Thermocouple If:

  • Very high temperature measurement (> 600°C)
  • Fast response time is critical
  • Harsh environments (shock, vibration)
  • Budget is limited
  • Temperature range > 500°C span

Choose RTD If:

  • Maximum accuracy is required (± 0.1°C)
  • Long-term stability is critical
  • Laboratory or precision applications
  • Temperature range -200 to 600°C
  • Industry standard compliance needed

Choose NTC If:

  • Cost is primary concern
  • High sensitivity in narrow range
  • Fast response time needed
  • Small size / low mass required
  • Temperature range -40 to 300°C

Oil Intelligence Platform

From Oil Testing to Intelligent Oil Management

Real-time insight into oil condition, enabling safer food, consistent quality, and optimized operating cost.

Concept

The Oil Intelligence Platform transforms oil management from manual judgment into a data-driven, system-level workflow.

Architecture

01

Sensing Layer

  • TPM-based oil quality measurement
  • Chemical-free, high-temperature capable
  • Fast and repeatable
02

Decision Layer

  • Configurable TPM thresholds
  • Visual alarm logic
  • Operator-independent decisions
03

System Layer (Expandable)

  • Ready for intelligent kitchen integration
  • Suitable for OEM platforms
  • Prepared for data logging and cloud expansion

Value Creation

Food Safety Assurance

Cost Optimization

Operational Consistency

Intelligent Kitchen Foundation

Applications

Commercial Fryers
Chain Kitchens
Central Kitchens
Food Factories
Equipment R&D and Validation

Industries Served

Commercial Kitchen Equipment

Industrial Automation

HVAC and Building Systems

Environmental Monitoring

Laboratory and Test Equipment

Engineering & Customization

We support OEM programs from concept through mass production.

Process

1

Requirement Analysis

Understanding your technical and business needs

2

Sensor & Architecture Selection

Optimal technology recommendation

3

Prototype Validation

Testing and performance verification

4

Design for Manufacturability

Production optimization

5

Production & Documentation

Manufacturing support and technical docs

Customization

Mechanical Structure

Custom dimensions and housing

Probe Design

Length, diameter, bending, mounting

Cable & Connector

Interface customization

Calibration

Offset / curve / table adjustment

Part Numbering

Custom labeling and marking

Quality & Reliability

Designed for long-term stability, not short-term performance only.

Incoming Material Inspection

Rigorous component verification

Process Control

Consistent manufacturing standards

Calibration Verification

Accuracy consistency checks

OEM Documentation

Comprehensive technical support

Herzon Technology

Herzon Technology Group Ecosystem

Herzon Technology is a multi-disciplinary engineering company specializing in smart controls, sensing technologies, and embedded electronics. We deliver full-stack intelligent solutions through our integrated technology ecosystem.

Core Technology Companies

Hyllegend Intelligent

Smart Control Systems & AI-Enhanced IoT

Embedded control systems and AI-enhanced IoT platforms enabling intelligent equipment, connectivity, monitoring, and optimization.

Hylltron Electric

Advanced Sensoring Technology & Electronics

Precision temperature sensors, measurement instruments, embedded electronics — reliable, manufacturable solutions for OEM integration.

Ninetera Technology

R&D and Engineering Center

Advanced development, prototyping, and innovation center supporting product engineering and technology advancement.

Fledged Consulting

Investment, Consulting & Incubation

Strategic investment, business consulting, and startup incubation for long-term growth and partnerships.

Portfolio Companies (via Fledged Consulting)

Kaishi Automation

Industrial Automation Equipment

Automated manufacturing systems and industrial equipment solutions.

Fangxingwei

Packaging Automation

Intelligent packaging automation systems and integrated production lines.

Full-Stack Solutions

From sensing hardware to intelligent systems and automation equipment

Seamless Collaboration

Integrated engineering across control, sensing, and automation domains

Global OEM Ready

Proven engineering, reliable manufacturing, scalable partnerships

Trusted by Industry Leaders

Our sensor solutions are integrated into equipment serving the world's leading foodservice chains—including global brands in quick-service restaurants, coffee shops, and casual dining. Through our OEM partners, we help ensure food safety and operational excellence at thousands of locations worldwide.

Quick-Service Restaurants (QSR)

Global Coffee Chains

Fast-Casual Dining

Pizza Chains

Bakery & Café Networks

About Hylltron Electric

Shanghai Hylltron Electric Co., Ltd. was founded in 2010 and is backed by over 30 years of industry experience in sensor technology and electronics engineering.

We specialize in precision temperature sensors, measurement instruments, and embedded electronics—delivering reliable, manufacturable, and scalable sensor electronics solutions that integrate seamlessly into OEM products.

Temperature Sensors

Thermocouples, RTD, NTC with custom probe designs

Measurement Instruments

Oil quality testers and wireless thermometers

Embedded Electronics

Low-power sensors and interface modules

Contact Us

Get in touch with our engineering team to discuss your requirements.

Email Us

info@hylltron.com

Send us an email with your technical requirements, and our engineering team will respond within 24 hours.

Send Email

Company

Shanghai Hylltron Electric Co., Ltd.

Founded

2010 (30+ years expertise)

Market Focus

Global OEM & System Integrators

Response Time

Within 24 hours

What to Include in Your Email

  • Company Name & Industry - Help us understand your business
  • Product Category - Temperature Sensors, Measurement Instruments, or Custom Solution
  • Technical Requirements - Temperature range, accuracy, mounting method, connector type, etc.
  • Application Details - How and where the product will be used
  • Estimated Quantity - Annual or per-order volume
  • Timeline - When you need samples or production