10K Bead Type NTC Thermistor — Buy Online | Zentriad
Bead Type
10K Bead Type NTC Thermistor — Zentriad SKU 872001

SKU: 872001

🌡 Bead Type Thermistor

10K Bead Type NTC Thermistor

5.0 · 12 Verified
⚡ Faster thermal response than disc type — ideal for precision sensing
In Stock  ·  Ready to Ship

Bulk / B2B orders → info@zentriad.com

🚚 Free delivery above ₹999
💵 Cash on Delivery*
🛡 Quality Assured
📦 Bulk Orders Welcome

10K Ohm Bead Type NTC Thermistor — glass-encapsulated miniature bead for fast, accurate temperature sensing. The compact bead form factor minimises thermal mass, giving significantly faster response times than disc or epoxy types. True interchangeability across the operating range.

Key Features

Glass bead encapsulation — chemically resistant
Ultra-fast thermal response (low thermal mass)
10kΩ at 25°C — drop-in compatible with 10K disc type
Bare bead construction for direct immersion use
High accuracy in resistance & B-constant
Wide operating range: -55°C to +150°C
Tin-coated leads, compatible with solder & breadboards
RoHS compliant — lead free

Common Applications

Arduino & Raspberry Pi temperature projects
HVAC systems & smart thermostats
Medical / body temperature sensing
Battery temperature monitoring
Liquid temperature measurement
PCB thermal management circuits
📦
Package Includes: 1 × 10K Ohm Bead Type NTC Thermistor (glass encapsulated, bare bead with leads)
Resistance 10kΩ
Type NTC Bead
Tolerance ±1%
B-Value ~3435K
Max Temp +150°C
Min Temp -55°C
Bead Dia ~1.5mm
Response <2 sec
ManufacturerGeneric
TypeNTC Bead Type (Glass Encapsulated)
Temp CoefficientNTC (Negative Temperature Coefficient)
Resistance at 25°C10kΩ
Tolerance±1%
B-Value (B25/85)~3435K (typical)
Thermal Time Constant< 2 seconds (in still air)
Response Time (in liquid)< 0.3 seconds
Operating Temperature-55°C to +150°C
Bead Diameter~1.5 mm
Lead Length30 mm (tin-coated)
Weight~0.1 g each
Shipping Weight0.001 kg
ApplicationCompensation, Control, Measurement, Medical
ComplianceRoHS Compliant (Lead Free)
Country of Originindia
SKU872001

Not sure whether you need bead type or disc/epoxy type? Here's a quick comparison to help you choose the right thermistor for your project.

Feature 🔵 Bead Type (This) ⚫ Disc / Epoxy Type
Thermal Response⚡ Very Fast (<2s)Moderate (~10s)
Size✔ Very Compact (~1.5mm)Larger (~2–4mm)
Temperature Range-55°C to +150°C-80°C to +150°C
Chemical Resistance✔ Excellent (glass)Moderate (epoxy)
Immersion in Liquids✔ Suitable⚠ Not recommended
RuggednessFragile (glass)✔ More robust
Medical Use✔ CommonLess common
Arduino Compatible✔ Yes✔ Yes
Best ForPrecision, IoT, medical, liquid sensingGeneral purpose, outdoor, rugged
QWhat is a 10K bead type NTC thermistor?
AA 10K bead type NTC thermistor is a temperature-sensing resistor encased in a tiny glass bead. At 25°C its resistance is exactly 10,000 ohms. As temperature rises, resistance drops — that's what "NTC" (Negative Temperature Coefficient) means. The bead glass form gives faster thermal response compared to epoxy disc types due to its minimal mass.
QWhat is the difference between bead type and disc type thermistor?
ABead type thermistors are glass-encapsulated with very small thermal mass — so they respond to temperature changes much faster (under 2 seconds vs ~10 seconds for disc types). They're also chemically resistant and suitable for liquid immersion. Disc/epoxy types are larger, more rugged and lower cost. Choose bead type for precision and fast-response applications; disc type for general rugged environments.
QIs this compatible with Arduino or Raspberry Pi?
AYes! Connect in a voltage divider with a 10K resistor to any ADC pin. Works with both 3.3V and 5V systems. Use the Steinhart-Hart equation or a precomputed NTC lookup table for accurate readings. Libraries like "thermistor" for Arduino make it plug-and-play.
QCan I submerge this in liquid for water temperature sensing?
AYes — the glass bead encapsulation makes it more suitable for liquid environments compared to epoxy disc types. However for long-term immersion, we recommend adding waterproof tubing or a stainless probe. Contact us for probe assembly options at info@zentriad.com.
QWhat is the B-value and how do I use it?
AThe B-value (~3435K for this thermistor) is a material constant used in the Steinhart-Hart equation to convert resistance readings to temperature. Formula: T = 1 / (1/T0 + (1/B) × ln(R/R0)), where T0=298.15K, R0=10000Ω. For exact datasheet values, email info@zentriad.com.
QDo you offer bulk or institutional pricing?
AYes — volume discounts are available for orders of 100+ units. For institutional, OEM, or project-based bulk orders email info@zentriad.com or call +91 80868 61017. We serve educational institutions, electronics manufacturers and R&D labs across India and the Gulf.

Zentriad Sales Offices

Strategic locations to power global innovation.

🇮🇳 India · Kerala
Thrissur
Head Office
Door No. 18/331/32, 2nd Floor, EDENS Complex, Kanjani Road, Chungam, Thrissur, Kerala — 680004
🇮🇳 India · Kerala
Kozhikode
Regional Office
Door No. 46/1494, Opp. AWH College, Cheruvannur, Faroke, Kozhikode, Kerala
🇮🇳 India · Gujarat
Gandhinagar
Regional Office
Plot No. E69, Hall No. 5, GIDC Sector 26, GIDC Road, Gandhinagar, Gujarat — 382028
🌍 Middle East
UAE & KSA
Gulf Regional Office
Strategic representative offices serving the Gulf region. Contact our regional team for on-site support.

About the 10K Bead Type NTC Thermistor

The 10K bead type NTC thermistor is a miniature glass-encapsulated temperature sensor with a nominal resistance of 10,000 ohms at 25°C. The term "bead type" refers to the small glass bead that encapsulates the sensing element — unlike disc or epoxy types, the glass bead construction gives faster thermal response, superior chemical resistance, and suitability for direct liquid immersion.

Why Choose a 10K Bead Type Thermistor?

The 10K bead thermistor is preferred in applications requiring fast, accurate temperature readings in a compact footprint. Its glass encapsulation protects the sensing element from moisture and chemicals, making it ideal for liquid temperature sensing, medical devices, and precision instrumentation.

  • Faster thermal response than disc / epoxy NTC thermistors
  • Compatible with standard 10K NTC lookup tables and Steinhart-Hart equations
  • Directly usable with Arduino, ESP32, Raspberry Pi via voltage divider
  • Interchangeable with other 10K NTC thermistors in most circuits

How to Use a 10K Bead Type NTC Thermistor with Arduino

Connect the bead type thermistor in series with a 10K resistor between VCC and GND. Read the midpoint voltage on an analog pin. Convert using the Steinhart-Hart equation or the Beta equation with B=3435, R0=10000, T0=298.15K. Many Arduino libraries support this directly.

Where to Buy 10K Bead Type NTC Thermistor in India

Zentriad supplies 10K bead type thermistors online across India with free delivery above ₹999. We ship from Kerala, Gujarat offices and deliver PAN India. Bulk orders for hobbyists, institutions, and OEMs are welcome — email info@zentriad.com for quotes.

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