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मूल्य/उद्धरण प्राप्त करें

तापन क्षमता
Dependent on apparatus setup

ग्लास टाइप
Borosilicate

कंट्रोल टाइप
Manual

शेप
Pear Shape

विशेषताएँ
Smooth inner surface, high chemical resistance, leak-proof design

तापमान प्रतिरोध
Up to 500°C

टाइप करें

आयाम (एल* डब्ल्यू* एच)
Standard/Custom as per request

उपकरण सामग्री
Laboratory Grade Glassware

मटेरियल
Borosilicate Glass

एप्लीकेशन
Laboratory Distillation and Separation

Cleaning
Easy to clean and maintain

Pressure Resistance
Standard Laboratory Pressure

Joint Type
Standard Taper Ground Joint

Autoclavable
Yes

Usage
Suitable for analytical, organic and chemical laboratories

Weight
Lightweight

Transparency
Clear

मुख्य निर्यात बाजार
दक्षिण अमेरिका, मिडल ईस्ट, अफ्रीका

Offer your laboratory the praiseworthy performance of Pear Shape Vertical Splash Heads, engineered to capitalise on their immaculate design and crowning functionality. Designed with a joint type of standard taper ground joint and constructed from laboratory-grade borosilicate glass, these splash heads ensure high transparency, autoclavable durability, and exceptional chemical resistance. Lightweight and easy to maintain, they withstand standard laboratory pressure and temperatures up to 500C. Explore their suitability for analytical, organic, and chemical laboratories in distillation and separation applications. Available in standard or customised dimensions, the leak-proof structure and smooth inner surface exemplify lab excellence. Widely exported and supplied across India, these are ideal for dealers and retailers seeking reliability.

Pear Shape Vertical Splash Heads: Usage, Advantages & Versatility

Pear Shape Vertical Splash Heads excel as laboratory glassware designed for analytical, organic, and chemical laboratory applications. Their primary usage type involves distillation and separation processes, where their vertical orientation minimises liquid splash and maximises operational efficiency. With high chemical resistance and variable capacity, these heads offer an advantage in ease of use and cleaning. Researchers benefit from a leak-proof, smooth inner surface that supports precise processing without residue, making them a versatile addition to any lab setup.

Swift Delivery, Certifications & Global Export Reach

Logistics for Pear Shape Vertical Splash Heads are streamlined to ensure timely delivery, with shipping rates competitively tailored for both domestic and international clients. Products can be shipped as per your schedule, with certified quality standards for laboratory glassware. The main export markets include Asia, Europe, and Africa, ensuring broad availability. Each dispatch undergoes strict quality checks for certification compliance, elevating trust for dealers, exporters, and end-users alike.

FAQs of Pear Shape Vertical Splash Heads:

Q: How are Pear Shape Vertical Splash Heads typically used in laboratories?

A: They are primarily utilised in distillation and separation processes within analytical, organic, and chemical laboratories, where their vertical design reduces liquid splash and improves efficiency.

Q: What are the key benefits of choosing borosilicate glass for these splash heads?

A: Borosilicate glass provides high temperature and chemical resistance, ensuring longevity, easy maintenance, and safe operation up to 500C, making it an immaculate choice for demanding laboratory environments.

Q: When should I consider using custom dimensions for my splash head?

A: Custom dimensions are recommended when integrating the splash head with specialised apparatus or non-standard laboratory setups, to achieve optimal fit and performance.

Q: Where are these Pear Shape Vertical Splash Heads primarily supplied and exported?

A: They are actively supplied and exported from India, reaching major laboratory equipment markets across Asia, Europe, and Africa.

Q: What is the cleaning process for maintaining these splash heads?

A: The smooth inner surface allows easy cleaning and maintenance, typically requiring only standard laboratory cleaning agents and practices due to its high resistance to chemicals and stains.

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