Tous les produits

Alfred est mort.

Nous avons reçu la marchandise, tout s'est bien passé. emballage parfait, bonne qualité du produit, bon prix - nous sommes satisfaits.
Je peux...

La qualité du produit est très bonne, au-delà de mes attentes, l'utilisation réelle de pleinement répondre à mes besoins, nous achèterons à nouveau.
Je suis désolé.

J'ai acheté un alliage à faible expansion à Joy, elle est une femme très responsable, la qualité des produits de Huona est plutôt bonne.

Personne à contacter : Roy

Numéro de téléphone : +86 18930254719

Je suis désolé. : +8618930254719

Type K Chromel-Alumel Ultra-Thin 0.08×1.5mm Thermocouple Strip for Miniature Temperature Sensors

Lieu d'origine	Shanghai
Nom de marque	Huona
Certification	ISO 9001
Numéro de modèle	tapez K
Quantité de commande min	5 kg
Prix	Négociable
Détails d'emballage	carton/caisse en bois
Délai de livraison	5-21 jours
Conditions de paiement	LC, T/T, Western Union
Capacité d'approvisionnement	500 tonnes par mois

Détails sur le produit

Type de thermocouple	Type K (paire de micro-correspondances chrome positif + aluminium négatif)	Dimension standard	0,08 mm (épaisseur) × 1,5 mm (largeur)
Gamme de tailles personnalisées	Épaisseur : 0,04 à 0,35 mm ; Largeur : 0,6 à 7,0 mm	Traitement de surface	Recuit sans stress, poli miroir super fin, micro-bords
Température de fonctionnement	-200°C ~ 1260°C (environnements de travail secs à basse/moyenne température)	Attribut Spécification typique Type de thermocouple Type K (Chromel positif + aluminium négatif Micr	Positif : Micro Chromel de haute pureté ; Négatif : Micro Alumel raffiné
Précision des mesures	Tolérance thermoélectrique de haute précision CEI Grade 1	Performances de traitement	Ultra-doux, ultra-flexible, pliable à de petits rayons, pas de fissure après un formage répété
Mettre en évidence	Type K Chromel-Alumel thermocouple strip , ultra-thin flat thermocouple tape , micro precision alloy temperature sensor

Laisser un message

Description de produit

Product Overview

This micro-thin Type K Chromel-Alumel flat thermocouple strip from Huona is a lightweight precision alloy material specially engineered for compact, miniature temperature detection assemblies. Matched with standard Chromel positive and Alumel negative thermocouple alloys, the strip adopts ultra-fine cold rolling and stress-free bright annealing production technology, featuring ultra-thin uniform cross-section, silky smooth mirror surface, ultra-low internal residual stress and consistent thermoelectric conversion efficiency. It is designed for narrow-space installation scenarios, micro-sized patch sensors and miniature thermal testing fixtures, delivering precise, repeatable temperature signals even under confined assembly and frequent slight bending cycles.

Core Specifications

Product Name: Type K Chromel-Alumel Micro Ultra-Thin Flat Thermocouple Strip

Conductor Material: Positive (Chromel / KP Ni-Cr Micro Alloy) / Negative (Alumel / KN Ni-Si-Mn Micro Alloy)

Processing Technology: Ultra-fine micro rolling + stress-free bright annealing + micro edge trimming

Standard Specification: 0.08mm Thickness × 1.5mm Width

Customizable Size Range: Thickness 0.04–0.35mm, Width 0.6–7.0mm

Surface Condition: Superfine mirror bright surface, micro burr-free edges, no oxidation spots or streaks

Thermoelectric Performance: Batch calibrated to international IEC Type K thermocouple criteria, ultra-low thermal voltage drift

Operating Temperature Range: -200°C ~ 1260°C (stable continuous operation under dry oxidizing environments)

Standards Compliance: IEC 60584-2, GB/T 4989, RoHS 2.0, REACH low-hazard material certification

Key Differentiating Advantages

1. Micro-Grade Paired Chromel-Alumel Alloy Composition

This ultra-thin flat strip uses high-purity refined Chromel and Alumel raw materials with tightly controlled trace element content. Each production lot undergoes individual thermoelectric matching calibration to guarantee linear signal output across the full working temperature band. Minimal component deviation eliminates measurement inaccuracies, perfectly matching the high consistency demands of mass miniature sensor manufacturing.

2. Excellent Low & Medium Temperature Oxidation Resistance

The refined alloy grain structure significantly enhances oxidation resistance under low to medium temperature working conditions. It avoids rapid surface oxide layer generation during long-term mild heating cycles, maintaining stable thermoelectric performance without performance attenuation, greatly extending the service life of tiny built-in temperature sensing components.

3. Super-Flexible Micro-Thin Machining Performance

Stress-free annealing removes internal processing tension, granting the strip outstanding softness and bending resilience. It withstands ultra-tight radius winding, micro stamping and ultra-fine cutting without fracture or rebound deformation. Its slim flat profile fits narrow gaps and curved contact surfaces to capture high-sensitivity temperature feedback in limited installation space.

4. Micro-Tight Dimensional Consistency & Premium Surface Finish

Adopting micron-level closed-loop rolling and precision slitting equipment, the strip achieves ultra-narrow dimensional tolerance on thickness and width. The polished mirror surface reduces thermal contact resistance, while trimmed smooth edges prevent insulation scratching during sensor encapsulation, fully meeting the strict precision standards of miniaturized electronic thermal modules.

5. Stable Adaptability for Light-Duty Cyclic Working Conditions

This ultra-thin Chromel-Alumel alloy tape boasts outstanding thermal fatigue resistance against frequent temperature fluctuations. It sustains steady mechanical and thermoelectric properties under intermittent short-cycle temperature monitoring, offering reliable sensing performance for portable testing devices, compact heating elements and precision electronic equipment.

Technical Specifications Table

Attribute	Typical Specification
Thermocouple Type	Type K (Chromel Positive + Alumel Negative Micro Matching Pair)
Standard Dimension	0.08mm (Thickness) × 1.5mm (Width)
Custom Size Range	Thickness: 0.04–0.35mm; Width: 0.6–7.0mm
Surface Treatment	Stress-Free Annealed, Superfine Mirror Polished, Micro Edge Trimmed
Operating Temperature	-200°C ~ 1260°C (Dry Low/Medium Temperature Working Environments)
Alloy Composition	Positive: High-Purity Micro Chromel; Negative: Refined Micro Alumel
Measurement Accuracy	IEC Grade 1 High Precision Thermoelectric Tolerance
Processing Performance	Ultra-soft, ultra-flexible, bendable at tiny radii, no cracking after repeated forming

Supply & Packaging Standard

Supply Form: Continuous micro-thin flat strip evenly wound on lightweight white industrial plastic spools; standard full-reel supply and custom small-length cut pieces available

Packaging: Independent sealed anti-dust, moisture-proof and anti-oxidation packaging with soft buffer lining, suitable for lightweight cross-border shipping and long-term clean indoor storage

MOQ: 1 spool for prototype small-batch testing; large volume bulk supply for miniature sensor factories, electronic component manufacturers and laboratory equipment suppliers

Customization Service: Customize strip thickness, narrow width range, spool loading weight, surface smoothness and annealing softness according to micro assembly and miniature sensing application demands

Typical Application Scope

Miniature Patch Thermocouple Production: Core raw material for ultra-thin surface contact temperature probes used in compact electronic devices.

Portable Laboratory Testing Gear: High-precision temperature sensing accessories for mini thermal analysis instruments and small test chambers.

Precision Electronic Heating Modules: Built-in temperature monitoring components for small heating cores, semiconductor thermal testing fixtures.

Light Industrial Compact Heating Equipment: Real-time temperature tracking for small drying machines, desktop thermal processing devices and household precision heating gear.

Narrow-Space Thermal Detection: Custom micro temperature measurement solutions for equipment internal confined gaps and curved surface contact monitoring.

Étiquettes: