Splash Heads, Pear Shape Vertical

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MOQ : 10 Units

Splash Heads, Pear Shape Vertical Specification

Mounting Type
Standard Glass Joint

Product Type
Splash Heads

Capacity
200-350 ML

Automation Grade
Manual

Temperature
Room Temperature

Hardness
Borosilicate Glass Standard

Accuracy
Depends on Usage

Material
Glass

Color
Transparent

Features
Pear Shape Vertical, Transparent

Application
For Laboratory Use

Response Time
Immediate (Manual Usage)

Specimen Size
200-350 ML

Port Size
Standard Laboratory Size

Max Height
Approximately 18-25 cm

Usage
For Laboratory Use

Equipment Type
Splash Head

Number of Specimens
One at a Time

Joint Type
Ground Glass Joint

Transparency
Clear

Shape
Pear Shape Vertical

Splash Heads, Pear Shape Vertical Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
10 Units Per Day

Delivery Time
2-3 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Thermocol Packaging

Main Export Market(s)
Western Europe, Australia, Eastern Europe, Central America, Africa, Middle East, South America, Asia, North America

Main Domestic Market
All India

About Splash Heads, Pear Shape Vertical

Experience invincible lab performance with our Clearance Splash Heads, Pear Shape Vertical-available for a limited time, so act fast. Fabricated from polished, supreme borosilicate glass, this splash head delivers exceptional durability and clarity. Crafted with a ground glass joint for a secure fit, it allows you to personalise your laboratory setup. Designed for specimen sizes of 200-350 ml, it operates at room temperature, perfect for precise laboratory applications. Its transparent, pear-shaped body exemplifies reliable quality for discerning users in scientific industries across India.

Versatile Features for Innovative Laboratory Applications

The Splash Heads, Pear Shape Vertical stands out with its robust borosilicate glass construction, polished transparency, and easy manual operation. Used by professionals in educational, pharmaceutical, and research laboratories, it ensures safe handling of single specimens up to 350 ml. Extra features like the standard laboratory joint and vertical pear shape maximize adaptability, making it ideal for personalised setups. Its immediate response time offers confidence and reliability in critical lab procedures.

Comprehensive Market Reach and Efficient Logistics

Our Splash Heads, Pear Shape Vertical is available across the main domestic markets in India, with goods transport and shipment arranged swiftly to ensure prompt delivery. We prioritise careful valuation and compliance, ensuring every product reaches you as promised. We export to international scientific markets, upholding packaging standards for secure shipment and timely arrival. Trust our efficient goods transport and experienced distribution for reliable delivery and excellent after-sales support.

FAQ's of Splash Heads, Pear Shape Vertical:

Q: How does the Splash Head's pear shape benefit laboratory usage?

A: The pear-shaped vertical design minimises splash and maximises sample control, improving safety and precision during laboratory experiments.

Q: What materials are used in manufacturing this Splash Head?

A: It is crafted from polished borosilicate glass, renowned for its high hardness, transparency, and chemical resistance, making it ideal for laboratory conditions.

Q: Where can the Splash Head, Pear Shape Vertical be delivered?

A: We ship domestically throughout India and export to international markets, ensuring prompt and safe delivery through reliable transport and shipment channels.

Q: What is the capacity and joint type of this equipment?

A: The Splash Head accommodates 200-350 ml specimens and features a standard ground glass joint for secure and compatible fitting with other laboratory apparatus.

Q: When should you use this splash head in the laboratory?

A: This equipment is perfect for handling a single specimen at a time, making it suitable for analyses requiring controlled transfer and minimising splashing.