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  • Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit
  • Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit
  • Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit
  • Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit
  • Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit
  • Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit
Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit

Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask Distillation Laboratory Glassware Science Glassware Kit

  • 1 - 29 Units
    $110
  • >= 30 Units
    $95

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask Distillation Laboratory Glassware Science Glassware Kit

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Borosilicate Glassware: Designed for high thermal shock resistance and chemical durability, enabling safe use in demanding laboratory processes.
  • Multi-Purpose Tools: Includes a separatory funnel for liquid-liquid extraction, precision pipettes for accurate measurement, distillation flasks for purification, and 1000mL flasks for large-scale experiments.

Key features

  • 1. Material Technology

  • With borosilicate glass construction, withstand extreme temperature changes and chemical exposure without cracking or deforming. ~30% more heat-resistant than standard glassware*, ensuring durability for demanding lab tasks.

  • 2. Interactive Design

  • With an ergonomic separatory funnel design, perform precise liquid-liquid extractions with minimal residue. Streamlined handles improve grip and control compared to traditional funnels*.

  • 3. Performance Parameters

  • The 1000ml capacity flask enables efficient handling of large-volume distillation or mixing processes, outperforming smaller-scale glassware in scalability and versatility*.

  • 4. Scenario Solutions

  • Designed for laboratory distillation and separation tasks, this kit ensures accuracy in chemistry experiments and analytical procedures, ideal for both educational and professional lab environments.

  • 5. Certification Standards

  • EN71 certification ensures compliance with safety standards, making it suitable for educational use in schools and home science kits, reducing risks of chemical exposure or breakage*.

Product details

Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask  Distillation Laboratory Glassware Science Glassware Kit

The Science Borosilicate Glass Flasks Separatory Funnel Pipette 1000 Flask Distillation Laboratory Glassware Kit is a comprehensive laboratory toolset designed for precision and durability. Featuring borosilicate glass components, this kit includes essential items like flasks, a separatory funnel, pipettes, and distillation apparatus, all certified to EN71 safety standards. The durable, water-resistant case ensures secure storage and transport, ideal for educational or professional lab environments.

Technical specifications

FeatureSpecificationBenefit
MaterialBorosilicate glassWithstands thermal shock (-20°C to 250°C)
CertificationEN71 (Toy Safety Standard)Ensures non-toxic and child-safe handling
Capacity1000 mL main flaskSupports large-scale distillation tasks
DesignLeak-proof separatory funnelFacilitates precise liquid separation
PackagingDurable, zippered nylon caseProtects against moisture and abrasion

Customization guide

Adjustable parameters include:

  • Component Mix: Swap or add accessories (e.g., additional pipettes) to suit experimental needs.
  • Case Size: Customize the case to accommodate larger or specialized glassware.
  • Certifications: Upgrade to ISO 9001 for industrial-grade compliance.

Get inspired

Ideal for chemistry labs, educational demonstrations, or DIY distillation projects. With borosilicate glass’s thermal resistance, you can safely heat and cool equipment without deformation. The EN71 certification makes this kit perfect for school science kits or family-friendly experiments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Glass ThicknessStandard (2mm)Reinforced (+20% thicker)Premium (+30% thicker)*
CertificationsEN71EN71 + ISO 9001EN71 + ASTM E135
Temperature Range-20°C to 200°C-20°C to 250°C-20°C to 300°C
Case MaterialNylonWater-resistant polyesterMilitary-grade ballistic nylon

Supplier's note

  1. Key Breakthroughs:

    • Borosilicate Glass: Withstands extreme temperatures, enabling safe use in high-heat distillation.
    • EN71 Certification: Ensures non-toxicity, making the kit ideal for educational settings.
    • Reinforced Design: The Pro Model’s 30% thicker glass reduces breakage risk by 40% compared to standard labware.
  2. Version Selection Guide:

    • Base Model: Best for basic classroom experiments or hobbyists needing budget-friendly tools.
    • Advanced Model: Suitable for research labs requiring ISO compliance and higher thermal resistance.
    • Pro Model: Engineers or industrial users benefit from its military-grade durability and ASTM E135 chemical resistance.

With the Pro Model’s 300°C tolerance, you can perform high-temperature reactions safely. Pair its thicker glass with the ballistic nylon case to ensure tools remain intact during fieldwork. The Advanced Model’s ISO 9001 certification aligns with quality management standards, making it a top choice for regulated labs.

Frequently asked questions

  • Which laboratory glassware kit is best suited for distillation and chemical separation tasks?

  • How do I clean the separatory funnel and pipettes in the Science Glassware Kit?

  • Borosilicate vs regular glass: Which is better for lab experiments requiring thermal stability?

  • Can I customize the Science Glassware Kit’s components for my specific lab needs?

  • Is the Science Glassware Kit EN71 certified, and what does this mean for safety?

  • How does the borosilicate material in the flasks enhance durability compared to other glass types?

  • What components are included in the Science Borosilicate Glassware Kit for comprehensive lab setups?

  • Can the glassware withstand autoclaving for sterilization purposes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-temperature experimentsIndustry: Soda-lime glass (ISO 3875) ▲ Our Base: Borosilicate (3.3 expansion coefficient) ▲▲ Our Advanced: Borosilicate + anti-corrosion coating (ASTM E84)Base: Resists thermal shock; Advanced: Fire-resistant and corrosion-proofIndustry: Prone to cracking at high temps; Advanced: Heavier and costlier
Temperature ResistanceRapid heating/cooling cyclesIndustry: Up to 500°C ▲ Base: Up to 1500°C (ASTM C332) ▲▲ Advanced: -20°C to 1500°C (ISO 9001)Base: Safe for most labs; Advanced: Wider temp range for extreme conditionsIndustry: Limited use in high-heat labs; Advanced: Fragile if mishandled
Chemical ResistanceAcid/alkali handlingIndustry: Resists weak acids ▲ Base: Resists 90+ chemicals (ASTM E1359) ▲▲ Advanced: Full chemical resistance (ISO 9001)Base: Safe for most labs; Advanced: Safe for corrosive chemicalsIndustry: Fails with strong alkalis; Advanced: Requires specialized storage
Precision (Volume)Quantitative analysisIndustry: ±5% accuracy ▲ Base: ±2% (ISO 9001) ▲▲ Advanced: ±1% (NIST traceable)Base: Meets lab standards; Advanced: Ultra-precise for critical experimentsIndustry: Risk of errors in sensitive tests; Advanced: Higher cost
CertificationRegulatory complianceIndustry: Basic ISO 3875 ▲ Base: EN71 (unusual for lab use) + ASTM E799 ▲▲ Advanced: ASTM E799 + ISO 9001Base: Dual compliance; Advanced: Full regulatory alignmentEN71 may not apply to lab use; Advanced: Requires extra validation
Portability/DesignField labs or mobile setupsIndustry: Standard flasks ▲ Base: Lightweight borosilicate ▲▲ Advanced: Modular, stackable design (ISO 14971)Base: Easier transport; Advanced: Space-efficient and customizableIndustry: Bulky and fragile; Advanced: Requires assembly/disassembly

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