Ludwig ASTM Hydrometer +30+36/0.1 API

Ludwig ASTM Hydrometer +30+36/0.1 API

Ludwig ASTM Hydrometer API Range +30° to +36° (Model: 3202057)

The Ludwig ASTM Hydrometer API Range +30° to +36° (Model 3202057) is a precision instrument designed for measuring API gravity of ultra-light petroleum liquids, including premium crude oils, high-grade aviation fuels, and specialty distillates. Compliant with ASTM D1298 and API MPMS Chapter 9.1 standards, this hydrometer ensures accurate density and relative density measurements for critical quality control in the petroleum, aviation, and marine industries.

Specifications Ludwig ASTM Hydrometer +30+36/0.1 API:

• API Gravity Range: +30° to +36° API
• Accuracy: High precision (±0.1° API)
• Scale Division: 0.1° API
• Compliance: Meets ASTM and API standards for hydrocarbon measurement
• Material: High-quality glass with a mercury-free weighted bulb for safety and stability
• Application: Ideal for ultra-light crude oil analysis, aviation fuel testing, marine fuel evaluation, and high-purity distillate quality control
• Dimensions: Standard hydrometer size (length ≈ 300-350 mm, diameter ≈ 20-25 mm)
• Temperature Calibration: Calibrated at 60°F (15.6°C) for API gravity accuracy
• Model Number: 3202057

Key Features:

1. Dual Standard Compliance: Adheres to ASTM D1298 and API MPMS Chapter 9.1, ensuring industry-recognized reliability and precision.
2. Durable and Safe Design: Constructed from break-resistant glass with a mercury-free weighted bulb for environmental and user safety.
3. Industry-Focused Application: Critical for aviation fuel facilities, marine fuel testing, refineries, and laboratories requiring precise API gravity data.

Summary:

The Ludwig ASTM Hydrometer API Range +30° to +36° (Model 3202057) is an indispensable tool for professionals working with ultra-light petroleum liquids. It delivers precise API gravity measurements for premium crude oils, aviation fuels, and specialty distillates, ensuring compliance with ASTM and API standards. Its robust, mercury-free design guarantees reliable performance in demanding environments, making it vital for quality assurance, product certification, and operational efficiency in industries such as aviation, marine, and petroleum refining.