Price 790 आईएनआर/ Unit

मूल्य/उद्धरण प्राप्त करें

MOQ : 1 Unit

मौज़ूदा रेंज
Up to 30A

पावर फैक्टर
>0.95

विशेषताएँ
Corrosion resistant, Durable, Easy installation, Lead insulation

आउटपुट टाइप

आउटपुट चालू
4.35A to 26A (depending on model)

परिचालन तापमान
0°C to 100°C

रेटेड करंट
4.2A to 26A

कनेक्टर टाइप
Terminal/lead wire connection

बिजली की आपूर्ति
AC

ठंडा करने की विधि
Immersion cooling (fluid cooled)

रेटेड पावर
1kW - 6kW

एप्लीकेशन
Chemical tanks, Acid baths, Electroplating, Water heating

शोर का स्तर
Silent operation

फेज

काम करने का तापमान
Up to 100°C

प्रॉडक्ट टाइप
Heating Elements

आउटपुट पावर
1 kW to 6 kW (custom options available)

आउटपुट फ़्रिक्वेंसी
50Hz/60Hz

इनपुट वोल्टेज
220V / 230V / 240V / 415V (depends on model)

वोल्टेज सुरक्षा
Standard industrial voltage withstand

दक्षता
High thermal efficiency

मटेरियल
Lead-covered copper

लाइन विनियमन
Stable

स्टोरेज टेम्परेचर
-20°C to 60°C

वज़न
Varies by length and power; approx. 2 to 8 kg

Minimum Order Quantity
1 Unit

डिलीवरी का समय
दिन

Grab Yours-our Special Lead Covered Immersion Heating Elements are cost-effective solutions for demanding industrial environments. Crafted from eminent lead-covered copper and featuring a polished finish, they deliver towering chemical resistance and first-class thermal efficiency. Choose your shape: U, W, or tubular, in IP65 protection class, and enjoy fast thermal response and silent operation. Durable lead sheathing (2-3 mm thick) ensures longevity in corrosive chemical tanks, acid baths, and electroplating processes. Customizable power output, efficient performance, and easy installation make these heating elements ideal for reliable, long-lasting service.

Versatile Applications and Direction of Use

Lead Covered Immersion Heating Elements excel in chemical tanks, acid baths, and electroplating solutions. They also serve effectively for water heating in laboratories and industrial storage systems. For optimal use, immerse the element in the designated fluid, employ a secure mounting type, and connect via terminal or lead wire for safe operation. Their corrosion resistance makes them suitable for harsh environments, providing reliability for both continuous use and batch processing tasks.

Delivery Time, Payment Terms, and Export Markets

Enjoy secure shipping with every order, ensuring prompt and intact delivery within the proposed timeframe. Our expenditure-friendly payment terms are designed to suit distributors, manufacturers, and suppliers. We cater to major export markets, including Asia, Africa, and the Middle East. Rest assured of the proposal amount meeting your expectations, supported by our efficient logistics partners for wide-reaching distribution. Reliable performance and straightforward procurement make us your smart choice in India.

FAQ's of Lead Covered Immersion Heating Elements:

Q: How do Lead Covered Immersion Heating Elements resist chemical corrosion?

A: These heating elements feature a robust lead sheath with a thickness of 2-3 mm, which offers exceptional chemical resistance and safeguards the copper element even in highly corrosive environments such as acid baths or chemical tanks.

Q: What mounting options are available for installation?

A: You can select either flanged or threaded mounting types, ensuring compatibility and easy installation with a variety of industrial tanks and baths. Secure terminal/lead wire connections support safe and stable integration.

Q: When should I choose U, W, or tubular element shapes?

A: Element shape selection depends on tank configuration, required immersion depth, and heating uniformity. U and W shapes suit broader coverage, while tubular elements are preferred for concentrated or local heating within confined spaces.

Q: Where are these heating elements primarily used?

A: Lead Covered Immersion Heating Elements are predominantly used in chemical tanks, acid baths, electroplating setups, and water heating systems in industrial laboratories and manufacturing processes.

Q: What is the benefit of high thermal efficiency and fast response time?

A: High thermal efficiency ensures effective energy use, reducing operational costs, while fast response time means the system reaches targeted temperatures quickly, improving process control and productivity.

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