Aluminum Kettle Heating Plate – Lightweight and fast heating solution
The high-efficiency aluminum heating element designed for home, commercial and outdoor scenes is suitable for 800W-2500W power range, thermal conductivity ≥237W/m·K, temperature resistance up to 300℃ (short time), thermal response time ≤12 seconds; integrated PID dynamic temperature control algorithm (±0.5℃ accuracy), supports anti-dry burning protection (>10 seconds automatic power off) and pulse steam self-cleaning technology (scale removal rate >90%), passed CE/LFGB/RoHS certification, 40% lighter than traditional stainless steel heating plates, and life span >120,000 cycles. It is suitable for home fast heating, commercial multi-kettle parallel connection and outdoor emergency scenes, and supports stable operation in extreme environments (-20℃~450℃).
MOQ:1000PCS
リードタイム:25日
工場所在地中国広東省中山市
Home appliances: household electric kettles, instant hot water dispensers, health kettles, portable travel kettles.
Industrial equipment: commercial water boilers, hotel/hospital constant temperature kettles, laboratory high temperature cleaning equipment.
Power range:
Conventional models: 800W–2200W (suitable for ordinary electric kettles and health kettles).
High-power models: 2200W–3000W (commercial-grade fast-boiling kettles).
Customizable: Supports on-demand power adjustment (voltage and load requirements must be provided).
Working voltage:
Standard voltage: 110V/220V single-phase AC (global power grid compatible, error ≤±5%).
Resistance value:
Conventional models: 5Ω–15Ω (matched by power and voltage, error ≤±3%).
Working temperature:
Continuous stability: 200°C–300°C (surface temperature, high-temperature resistant coating protection).
Short-term peak: 350°C (need to customize ceramic fiber insulation layer).
Material:
Aviation-grade aluminum alloy 6063-T5, thermal conductivity ≥ 200W/m·K, lightweight design, is the base material.
Surface treatment options include Teflon (PTFE, anti-adhesion) or anodized layer (thickness 15μm, corrosion-resistant).
Dimensions:
Diameter/side length: Φ80mm–Φ200mm (round/square design).
Thickness: 3mm–8mm (adapted to embedded pot bottom design).
Service life:
Conventional model: 10,000–15,000 hours (based on daily usage frequency).
High-power model: 15,000–20,000 hours (enhanced heat dissipation and coating protection).
High-efficiency thermal conductivity:
With a thermal conductivity of up to 200W/m·K, the aluminum alloy base material heats up to 100°C in 3 minutes and uses 15% less energy than conventional iron-chromium-aluminum heaters.
Precise temperature control:
Supports PID algorithm temperature control (±1°C accuracy), suitable for the constant temperature mode of smart health kettle (such as making tea, mixing milk powder).
Safe and durable:
The anodized layer is resistant to salt spray corrosion (test ≥500 hours), with a lifespan extended by 30%, suitable for humid kitchen environments.
Quick response:
No thermal inertia design, cools to a safe temperature within 30 seconds after power failure, and is suitable for high-frequency start-stop scenarios (such as continuous boiling water).
Easy to clean design:
Teflon coating resists scale/tea stain adhesion, reduces cleaning frequency by 60%, and complies with FDA food contact certification.
Lightweight adaptation:
The substrate density is 2.7g/cm³, which is 40% lighter than stainless steel, and is suitable for embedded small appliance design.
正確な需要パラメータ情報をご提供いただければ、最短で24時間以内にお見積もりをお出しできます。
我々は、独立した生産能力を持つソース工場であり、電熱アクセサリーのR&Dと製造で30年の経験を持ち、500万セット以上の年間生産能力、OEM / ODMのカスタマイズをサポートし、工場の実生活のビデオ検査サービスを提供しています。
無料サンプルテストに対応しており、運賃は前払い(配達時に徴収)です。従来のモデルは、SGS試験報告書および性能パラメータ表とともに7~10営業日でお届けします。
営業日8:30~17:30までオンライン対応。お急ぎの場合は、公式ウェブサイトから作業依頼を送信してください。2時間以内に技術的な回答を提供し、48時間以内にソリューションを提供することをお約束します。
中山と蕪湖に2つの生産拠点があり、月産300万個以上で、全自動プレスラインと自動組立工場を備えています。標準製品の納期は15日で、カスタマイズ注文は30日以内に納品されます。バッチ供給にも対応しています。
ISO9001/14001、CE(EU)、ETL(北米)、RoHS(環境保護)の認証を取得し、防爆製品はATEX/IECExの二重認証を受けており、REACH規制にも適合しています。
Philips、Midea、Supor、Delonghi、BSH、SEB Groupなどの世界的な一流ブランドにサービスを提供し、製品はコーヒーメーカー、電気アイロン、ウォーターディスペンサー、太陽熱暖房システムなどのハイエンドプロジェクトで使用されています。