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200 ml borosilicate glass beaker 5-piece set, 500 degrees Celsius heat resistant lab heating vessel.

10000ml laboratory glass beaker 1pcs set

Graduated laboratory beakers with blue solution

Stirring solution in a laboratory glass beaker

Set of laboratory borosilicate glass beakers

Laboratory beaker with eagle-beak pouring spout

Features & Details

🧪 BOROSILICATE 3.3 GLASS	Certified 3.3 low-expansion glass withstands open flame and hot-plate heating up to 500°C.
☕ FIRE-POLISHED POUR SPOUT	Smooth contoured spout ensures continuous, non-drip liquid decanting into narrow cylinders.
📐 HIGH-CONTRAST ENAMEL	Permanent white ceramic graduation marks and large frosted labeling spot resist scrubbing.
📦 WIDE SIZE SELECTION	Available from micro 5mL beakers up to 5000mL bulk preparative laboratory vessels.

About this item

Product specification

Attribute

Product Specifications

Material & Core Features

Glass Composition

GG-17 (3.3) High Borosilicate Glass

Thermal Resistance

Up to 500°C (Highly Thermal Shock Resistant)

Chemical Stability

Fully resistant to strong acids, alkalis, and organic solvents

Design Variations & Standards

Form Factors

Low Form: Standard geometry for general mixing and heating
Tall Form: Extended height to prevent boil-over splashing

Spout & Markings

Precision dripless pouring spout with wear-resistant volume graduations

Quality Standards

Lab-grade Standardization (ISO / DIN compatible)

Laboratory Synthesis, Distillation & Volumetric Containment

Borosilicate Glass Beaker, 500°C Heat Resistant Lab Heating Vessel by Professional Series

Ensuring dependable accuracy during daily operations requires professional equipment engineered to withstand demanding laboratory and industrial environments. The Borosilicate Glass Beaker, 500°C Heat Resistant Lab Heating Vessel by Xin Tester provides verified stability, user-friendly operation, and certified safety compliance across standard maintenance protocols. Discover our complete line of diagnostic and testing instruments in the Lab Stirring & Heating catalog.

Uniform Heavy-Wall Blown Glass

Engineered with consistent wall thickness to resist vacuum pressure gradients and mechanical bench knocks during daily agitation.

Permanent Ceramic Markings

Fired white/blue ceramic graduations and matte labeling spots resist aggressive wash detergents, acid baths, and ultrasonic cleaning.

💡

Glassware Insight: Borosilicate 3.3 Thermal Expansion

With a thermal expansion coefficient of 3.3×10⁻⁶/K, Class A borosilicate glassware prevents thermal strain fractures when transitioning between boiling baths and cold washes.

Ordering & Model Verification

Verify capacity, joint sizing, and closure type in the product options before completing your order in the right-side buy box.

Related technical collections:
Lab Glassware |
Lab Consumables

Use Cases

Chemical Synthesis Sample Preparation School Science Labs

FAQs

Q1: What is the difference between Low Form and Tall Form beakers?

A1: The Low Form (often called Griffin beaker) is the standard, universal shape used for general mixing, heating, and dissolving. The Tall Form (Berzelius beaker) is about twice as high as its width. It is specifically used for titrations or vigorous boiling where you need to prevent the liquid from splashing or boiling over the rim.

Q2: Can I heat this borosilicate glass beaker directly on a hot plate?

A2: Yes. Thanks to its 3.3 borosilicate glass construction and uniform wall thickness, it safely withstands temperatures up to 500°C. You can place it directly on a magnetic stirring hot plate. However, for open flame (Bunsen burner) heating, always use a wire gauze to ensure even heat distribution.

Q3: Are the volume graduations on the side perfectly accurate?

A3: Beaker graduations are approximate and generally accurate to within ±5%. They are excellent for estimating volumes and mixing basic solutions. If you need absolute precision for quantitative analysis, you should use a volumetric flask or a graduated cylinder instead.

Q4: Will the glass break if I pour cold liquid into a hot beaker?

A4: Borosilicate 3.3 glass is highly resistant to thermal shock compared to standard glass. However, extreme and instantaneous temperature drops (e.g., placing a 500°C beaker directly onto a block of ice) can still cause stress fractures. Always allow glassware to cool gradually on a heat-resistant surface.

Borosilicate Glass Beaker, 500°C Heat Resistant Lab Heating Vessel by Xin Tester

Price range: $12.13 through $84.21

Extra 5% Off with code: welcome5

SIZE

Clear

6–12 Month Warranty

Repair & Refund support available for most products.

Free Worldwide Shipping

Ships within 3 business days.

Taxes & Duties

Buyer responsible for local import fees.

24/7 After-Sales Support

Technical assistance & video guidance within 24h.