Industrial glassware & laboratory glassware

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Industrial glassware & laboratory glassware

Name: Industrial glassware & laboratory glassware
Brand: WEE SCIENTIFICS
Price: 100.0 INR
Availability: InStock

Price 100.0 INR/ Piece

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MOQ : 5 Pieces

Industrial glassware & laboratory glassware Specification

Density
2.5 Gram per cubic centimeter(g/cm3)

Smell
Odorless

Melting Point
Approximately 1400C (borosilicate glassware)

Molecular Weight
Not applicable (amorphous solid)

Form
Solid, Transparent, Tubes, Containers, Plates

Boiling point
Glass does not boil, but can soften over 1400C

Storage
Store in clean, dry area away from acids and alkalis.

Other Names
Scientific Glassware, Lab Glassware, Industrial Glassware

Shape
Cylindrical, conical, spherical, volumetric, custom shapes

HS Code
7017

Purity
High-purity glass, free from contaminants

Structural Formula
Amorphous SiO2-based matrix

Molecular Formula
Not applicable (mixture of SiO2, B2O3, Na2O, etc.)

Refractive Rate
~1.47 (borosilicate)

Poisonous
Yes

Ph Level
Neutral (pH 7 when in contact with pure water)

Solubility
Not soluble in water; compatible with most laboratory chemicals.

Classification
General Laboratory Equipment

CAS No
N/A (Product, not a single chemical)

EINECS No
N/A (Article, not a chemical substance)

Grade
Laboratory Grade / Industrial Grade

Standard
Conforms to ASTM E438, ISO 3585 / 4796 standards

Type
Industrial & Laboratory Glassware (Beakers, Flasks, Test Tubes, Cylinders, etc.)

Usage
Laboratory experiments, chemical processes, industrial research and quality control.

Main Material
Borosilicate Glass / Soda-lime Glass

Application
Chemical analysis, distillation, storage, filtration, mixing, heating, titration in laboratories and industrial settings.

Non Toxic
Yes

Surface Treatment
Annealed, fire-polished edges for safety

Resistant to Chemicals
Withstands acids, bases, solvents except hydrofluoric acid and hot phosphoric acid

Manufacturer's Warranty
Available on request, as per manufacturer's terms.

Capacity Range
Varies from 1 ml up to 20 liters or more depending on type

Transparent
Yes, clear visibility of contents

Color
Transparent, some items available in amber/tinted glass

Autoclavable
Yes, suitable for sterilization by autoclave

Durability
Designed for repeated laboratory and industrial use.

Reusable
Yes, can be cleaned and reused multiple times

Product Variants
Beakers, Flasks, Test Tubes, Measuring Cylinders, Burettes, Pipettes, Funnels, Petri Dishes, Watch Glasses, Desiccators

Thermal Shock Resistance
High, suitable for rapid temperature changes

Packaging
Individually packed or set-wise with protective layering to prevent breakage.

About Industrial glassware & laboratory glassware

Laboratory glassware refers to the various containers, measuring devices, and tools made mainly from heat-resistant glass used in scientific laboratories for experiments, mixing, heating, storing, and measuring chemicals.

pipettes, burettes, beakers, flasks, funnels, petri dishes, graduated cylinders, vials, slides, and stirring rods and etc.

Exceptional Thermal & Chemical Endurance

Our glassware is engineered for high thermal shock resistance, allowing you to conduct experiments involving rapid temperature changes without risk of breakage. With superior resistance to most acids, bases, and solvents, except hot phosphoric acid and hydrofluoric acid, this range of products ensures longevity and reliable performance in both industrial and laboratory environments.

Wide Variety for Every Application

Choose from an extensive range of laboratory essentials including beakers, flasks, measuring cylinders, pipettes, burettes, funnels, petri dishes, watch glasses, and desiccators. With capacities from 1 ml up to 20 liters, and options in cylindrical, conical, spherical, and custom shapes, our glassware suits chemical analysis, distillation, mixing, heating, titration, and storage.

Engineered for Safety and Clarity

Every item undergoes precise annealing and features fire-polished edges, reducing the risk of cuts and providing added safety. The transparent or amber-tinted designs guarantee clear visibility for accurate observation of contents and color reactions, making them ideal for precision laboratory work and quality control processes.

FAQ's of Industrial glassware & laboratory glassware:

Q: How do I ensure the longevity of industrial and laboratory glassware in daily use?

A: To maximize the lifespan of your glassware, clean and dry each piece after use, store items away from harsh acids and alkalis, and avoid sudden temperature changes beyond their rated limits unless specified as thermal shock resistant. All products are designed for repeated use but proper handling will enhance their durability.

Q: What is the recommended procedure for autoclaving this glassware?

A: Before autoclaving, ensure all glassware is completely clean and free of residues. Arrange items to allow steam penetration and avoid stacking tightly. Since the glassware is certified autoclavable, it can safely undergo standard sterilization cycles according to laboratory protocols. Always inspect for any cracks prior to autoclaving.

Q: When should I consider using amber or tinted glassware instead of clear versions?

A: Amber or tinted glassware should be used when working with light-sensitive chemicals or biological samples. The tinted glass helps prevent degradation caused by exposure to ultraviolet or visible light, making it ideal for photoreactive substances.

Q: Where are these glassware variants typically applied in industry or research?

A: These glassware items are widely deployed in chemical analysis, mixing and heating, distillation, titration, filtration, and storage operations. Their use spans academic research, pharmaceuticals, industrial quality control labs, and process manufacturing owing to their robust resistance to chemicals and temperature changes.

Q: What benefits do fire-polished edges and annealed surfaces provide?

A: Fire-polished edges minimize the risk of cuts or injury during handling, while annealing relieves internal stresses in the glass, significantly reducing the risk of breakage and enhancing the glassware's overall structural integrity during heating, cooling, and routine use.

Q: How do I select the appropriate glassware type and capacity for my experiment?

A: Select glassware based on the required process (e.g., titration, storage, heating) and the volume needed. Refer to the specific capacity range for each item-beakers, flasks, and cylinders range from 1 ml up to 20 liters. Consider shape (cylindrical, conical, spherical) and transparency needs, as well as chemical compatibility.

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