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  • Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School
  • Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School
  • Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School
  • Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School
  • Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School
  • Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School
Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School

Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School

$15.84-$17.33/ Unit|10 Unit/Units(Min. Order)

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)

Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Mechanical Advantage Study: Enables experimentation with inclined planes and pulley systems to demonstrate force reduction and work efficiency principles.
  • Friction Analysis: Designed to measure and analyze frictional forces through adjustable angles and weighted loads on the inclined surface.

Key features

  • 1. Durable Material Construction

  • With a corrosion-resistant metal frame and sturdy wooden base, you can ensure long-lasting durability and stability for repeated physics experiments. The combination of materials guarantees precision and resistance to wear, even under frequent use.

  • 2. Adjustable Inclined Plane Design

  • With an adjustable inclined plane and clear measurement markings, you can easily customize angles and track results for precise experimentation. This design allows students to observe how force and work change with incline adjustments, offering flexibility beyond static setups.

  • 3. Mechanical Advantage Demonstration

  • With a pulley system and weighted load compatibility, you can visually demonstrate how mechanical advantage reduces lifting effort. This hands-on feature makes abstract physics concepts like work and energy tangible, ~20% faster than traditional chalkboard explanations*.

  • 4. Educational Versatility

  • Designed for school and laboratory settings, this apparatus provides a hands-on solution for teaching mechanics principles. Its adaptability supports diverse experiments, from basic force studies to advanced energy calculations, catering to both classroom and research needs.

  • 5. Safety-Certified Quality

  • Equipped with CE certification, you can trust compliance with safety and quality standards for educational laboratory use. The sturdy construction and clear markings minimize risks, ensuring a secure environment for students and researchers.

Product details

Physics Experiments Inclined Friction Board Apparatus Physics Experiment Equipment Physics Laboratory Equipment School

The Physics Experiments Inclined Friction Board Apparatus is a versatile educational tool designed for school teaching and laboratory experiments. Built with durable wood and metal materials, it enables hands-on exploration of mechanical principles like force, work, and energy. Its adjustable inclined plane and pulley system allow customization for diverse experimental setups, while CE certification ensures safety and compliance with international standards.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialWood (board) + Metal (frame/pulleys)Lightweight yet sturdy construction for labs
Incline AngleAdjustable 0°–45° with precision marksTesting force/energy at varying angles
Load Capacity10kg (weights included)Demonstrating mechanical advantage
CertificationCE CertifiedSafe for classroom and lab use

Customization guide

Adjustable incline angles (0°–45°) allow customization for specific experiments (e.g., friction studies at steep angles). Material components (wood/metal) can be modified to meet institutional durability or budget requirements.

Get inspired

Explore how mechanical advantage works by adjusting the incline angle to reduce lifting force. Use the pulley system to observe how work and energy change with angle variations—ideal for physics demonstrations or student-led experiments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Incline Range0°–30°0°–45°0°–60°*
Max Load Capacity10kg15kg (+50%)20kg (+100%)
MaterialWood + Steel FrameReinforced AluminumStainless Steel

Supplier's note

  1. Technical Breakthroughs:

    • The adjustable 60° incline (Pro Model) exceeds industry benchmarks, enabling extreme-angle experiments.
    • 20kg load capacity (Pro) surpasses traditional models, accommodating heavy-duty testing.
    • CE certification ensures compliance with global safety standards, reducing institutional liability risks.
  2. Version Selection Guide:

    • Base Model: Ideal for schools with standard curricula (e.g., high school physics labs).
    • Advanced Model: Suitable for university labs requiring mid-range flexibility (e.g., engineering projects).
    • Pro Model: Best for research institutions needing high precision and durability (e.g., testing friction in rugged environments).

With the Pro Model’s stainless steel construction, you can conduct long-term experiments without corrosion. Its expanded incline range (0°–60°) allows precise replication of real-world scenarios like steep inclines in construction or transportation systems. Pair this with the 20kg load capacity to simulate heavy machinery stress tests, ensuring robust data collection.

Frequently asked questions

  • Which inclined plane apparatus is best for school physics demonstrations?

  • How do I clean and maintain an inclined pulley system for longevity?

  • Wood vs Metal in Physics Equipment: Which parts of the inclined board are made of each?

  • Can the angle of the inclined plane be customized for different experiments?

  • Is the Sciedu inclined friction board CE-certified for safety in labs?

  • What physics principles does the inclined plane apparatus demonstrate best?

  • What safety features does the Sciedu apparatus include for classroom use?

  • Does the physics inclined board come with adjustable weights and accessories?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Inclined Plane PulleyBasic physics labs, introductory coursesFixed 30° angle, steel frame (EN 10088), load capacity: 5kg (ASTM F2232)Affordable, simple designLimited angle customization, low load capacity (▲0 vs Sciedu tiers)
Sciedu Base ModelSchool classrooms, basic experimentsAdjustable 3 angles (0°, 15°, 30°), wood/metal composite (EN 10088), 10kg load▲1 flexibility vs Industry; lightweight for portabilityModerate durability; no advanced safety features (▲1 vs Advanced)
Sciedu Advanced ModelUniversity labs, complex experiments5 adjustable angles (0°-45°), stainless steel (EN 10088-3), 15kg load (ASTM F2232)▲2 adjustability; corrosion resistance; 2000+ test cycles (ASTM D5035)Higher cost; bulkier design (▲2 vs Base)
Hydraulic Inclined PlaneIndustrial training, heavy-duty testingMotorized angle adjustment, 30kg load (ISO 14971), hydraulic stabilityHandles heavy loads; automated positioningExpensive, requires electricity, complex maintenance
Electronic Force Measurement PulleyResearch labs, precision experimentsIntegrated force sensors (±2% accuracy, ISO 17025), real-time data loggingHigh precision; data collection capabilitiesFragile electronics; incompatible with basic setups (▲0 vs mechanical systems)
Portable Inclined Plane KitField demonstrations, outdoor teachingCollapsible aluminum frame (EN 71-1), 5kg load, compact storageLightweight, easy transport; ▲1 portability vs fixed systemsLimited load capacity; fewer angle options (▲0 vs Sciedu Advanced)

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