Mi-T-M HEG High Volume Wash Series Hot Water Pressure Washer 7.8 GPM, 3000 PSI, General Pump HEG-3008-1E3G

Not for sale in California due to California carb regulations.

Special Order Notice:

All Mi-T-M Products are a 4-8 week lead time, if you need this product sooner please call us for options!

By placing your order, you acknowledge that a wait time may apply, and the item will be shipped as soon as it becomes available. As of 09/2025 To help prevent fraudulent LTL shipments, a valid driver’s license must be provided for all LTL shipments. You will be contacted after purchase.

For availability and lead times, please contact us:
Info@CigarCitySoftwash.com
813-686-7638

The Mi-T-M HEG-3008-1E3G High Volume Hot Water Pressure Washer is designed for large-scale industrial and commercial cleaning applications. Delivering 7.8 gallons per minute at 3000 PSI with a durable belt drive General Pump, this unit combines high water flow with hot water power to quickly and effectively remove grease, oil, and heavy grime.

Part of the HEG High Volume Wash Series, the HEG-3008-1E3G is ideal for contractors, fleet maintenance teams, and industrial facilities that require reliable, high-output cleaning. Built with a rugged frame and industrial-grade components, it provides the strength and durability needed for daily heavy-duty use.

Specifications:

• Manufacturer: Mi-T-M

• Series: HEG High Volume Wash Hot Water Pressure Washer

• Model: HEG-3008-1E3G

• Water Flow: 7.8 GPM

• Pressure: 3000 PSI

• Pump: General Pump, belt drive

• Type: Hot Water, Electric Motor Drive

• Applications: Large industrial facilities, fleet washing, construction equipment cleaning, oil and grease removal

Key Features:

• High volume output of 7.8 GPM for fast cleaning coverage

• Belt drive General Pump extends service life and reduces maintenance

• Consistent 3000 PSI hot water cleaning power for industrial-grade performance

• Rugged steel frame built for professional contractors and heavy-duty use

• Hot water cleaning improves efficiency and reduces chemical dependency