Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
SKID RESISTANCE AND FRICTION TESTER STANDARD AZA0985
The AZA0985 Skid Resistance & Friction Tester is a precision mechanical instrument designed to measure the coefficient of friction and skid resistance of pavement surfaces. Based on the pendulum operating principle, it accurately determines Skid Resistance Value (SRV) / British Pendulum Number (BPN) for both wet and dry surfaces.
This equipment is widely used by highway authorities, airport maintenance teams, civil engineering laboratories, and R&D institutions to ensure surface safety and compliance with international standards.
Key Features
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Tests skid resistance of roads, runways & industrial floors
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Conforms to ASTM E303 and BS 812 Part 114 standards
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Fully mechanical pendulum system – no power required
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Heavy-duty base with spring-loaded arm mechanism
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Portable and field-friendly design
Description
Why This Test Is Important
Low surface friction increases the risk of accidents, especially in wet or high-speed conditions. The AZA0985 helps engineers and inspectors verify that surfaces meet minimum safety requirements before opening them for public use.
Working Principle
A spring-loaded pendulum arm fitted with a standard rubber slider is released to swing across the test surface. As it contacts the surface, part of its energy is lost due to friction.
The remaining energy is displayed as a reading on the calibrated scale, expressed as:
SRV (Skid Resistance Value) or BPN (British Pendulum Number)
Higher readings = Safer surface
Applications
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Road and highway pavement testing
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Airport runways & taxiways
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Footpaths, pedestrian zones & industrial floors
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Material research and development labs
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Government road safety audits
Technical Specifications
| Parameter | Details |
|---|---|
| Model No. | AZA0985 |
| Test Standards | ASTM E303, BS 812 Part 114 |
| Pendulum Length | 410 mm |
| Rubber Slider Size | 76.2 × 25.4 mm |
| Measurement Range | 0–150 BPN |
| Base Frame | Anodized aluminum |
| Operation | Fully mechanical |
| Power Supply | Not required |
| Approx. Weight | 15 kg |
FAQ
Q1: Is electrical power required?
No, the tester operates fully mechanically.
Q2: Can it test wet surfaces?
Yes, it is suitable for both wet and dry testing.
Q3: Is it portable?
Yes, the lightweight design makes it ideal for field use.
Q4: How often should the slider be replaced?
Based on usage and standard wear, it should be replaced periodically.
Q5: Is calibration required?
Yes, periodic calibration is recommended for accurate readings.
Related products
ACCELERATED POLISHING MACHINE AZA0984
Key Features
- Tests polished stone value (PSV) of road aggregates
- Conforms to ASTM D3319 and BS 812 Part 114
- Heavy-duty rotating disc with abrasive feed system
- Integrated water spray system to simulate wet road conditions
- Powder-coated steel body for corrosion resistance
GRID SIEVES AZA0972
The AZA0972 Grid Sieves are heavy-duty screening tools designed for rapid particle size classification of coarse soils and aggregates. These sieves are ideal for quick, visual separation of gravel, crushed stone, and coarse sands in civil engineering, geotechnical, and construction materials laboratories. Their rugged construction makes them suitable for both laboratory and field applications.
Key Features
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Designed for fast classification of coarse particles
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Suitable for soil and aggregate testing
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Heavy-duty stainless steel / galvanized steel construction
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Precision-welded square or rectangular grid openings
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Corrosion-resistant, abrasion-resistant long life design
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Compatible with standard manual and mechanical sieve shakers
INDEX APPARATUS (FLOW COEFFICIENT OF FINE AGGREGATES) AZA0975
The AZA0975 Flow Coefficient Index Apparatus is a precision laboratory instrument designed to measure the flow coefficient of fine aggregates, such as natural sand and crushed sand. This test helps evaluate workability, particle shape, and grading, which are critical factors in concrete and mortar mix performance. The apparatus is manufactured in compliance with IS 2386 (Part I) and is widely used in civil engineering laboratories and construction quality control departments.
Key Features
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Measures flow coefficient of fine aggregates
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Fully compliant with IS 2386 (Part I)
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Evaluates workability and particle shape characteristics
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Supplied as a complete set: funnel, stand, cylinder, and base plate
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Precision-machined components for consistent results
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Corrosion-resistant, durable construction
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Easy manual operation for laboratory and field use
LABORATORY PULVERIZER AZA0991
Key Applications
- Cement laboratories – clinker & cement grinding
- Soil and geotechnical labs – fine soil preparation
- Mining & metallurgy – ore and mineral pulverizing
- Construction material testing – mortar & concrete sample prep
- Agricultural and environmental labs
LOS ANGELES ABRASION TESTING MACHINE AZA0986
Key Functions
- Tests abrasion resistance of coarse aggregates
- Evaluates impact strength under repeated load cycles
- Ensures material suitability for roads, highways, and structural concrete
- Provides accurate, repeatable test results for quality control
REID VAPOR PRESSURE TESTER AZA1321
- Floor-Standing Design with stainless-steel working table for strength and easy operation
- Digital Temperature Controller for precise and uniform water bath heating
- Dual High-Accuracy Pressure Gauges for reliable internal pressure readings
- Dual Vapor Bombs for simultaneous testing and increased productivity
- Rugged Construction for long-term laboratory and industrial use
SPECIFIC GRAVITY AND WATER ABSORPTION OF AGGREGATES AZA0979
Key Features
- Comprehensive apparatus for specific gravity and water absorption testing
- Suitable for both fine and coarse aggregates
- Heavy-duty, corrosion-resistant construction
- High accuracy and repeatable results
- User-friendly configuration for lab and field use
THICKNESS GAUGE AZA0970
The AZA0970 Thickness Gauge is a precision measuring instrument designed for accurate thickness measurement of coatings, films, metals, plastics, rubbers, and painted surfaces. Engineered for laboratory and industrial applications, this compact and reliable device ensures consistent quality control, compliance with standards, and improved material performance across multiple industries.
Key Features
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High-precision thickness measurement for laboratory and field use
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Suitable for metals, films, plastics, rubber, and paint coatings
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Available in analog dial and digital LCD display models
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Lightweight, compact, and portable design
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Fast response time with stable, repeatable readings
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Easy zeroing and calibration mechanism