• H70T
  • H70T

H70T

•  A wide range of specialized spray guns: Application efficiency is exponentially improved •  Multiple self-cleaning features eliminatematerial buildup: No gun clogging •  Modular design: Fewer wearing parts、Easy disassembly and maintenanc •  Special alloy material: Excellent wear and corrosion resistance and airtightness •  Ergonomic design: Excellent comfort and reduced fatigue
  • H70T

Description

Technical Parameter

Ratio of raw materials

1:1 -1:3

Max working pressure

15Mpa

Paper feed speed

1.6~2m/s

Whole Power

18KW

Table longitudinal travel

Customized length

Viscosity range of raw materials

200~1000CPS(under working temperature)

Heating temperature range

0℃~80℃
Cleaning method Mechanical Self-Cleaning System

Electrical requirements

Three-phase 380V 50Hz/60Hz (customizable)

Working Flow

PLC-controlled and adjustable

Weight

584Kg

Tank capacity

A  80L, B  80L

Host size((L×W×H)

1400*1100*1570mm

Dimension((L×W×H)

4000*1100*700mm


Standard  Configuration

Mainframe

1set

Spray gun

1set

Transfer pump

built-in

Working platform

1set

Storage tank

2set

Random accessories

1set



Standard  Configuration

Gross weight

700Kg

Package size (L×W×H)

1400mm*1250mm*1600mm

What are the main components of a spray foam machine?

Proportioner: The main unit that houses the pumps, heaters, and controls. It precisely meters and heats the two liquid components (Iso and Resin).

What is the difference between a Plural-Component and a Single-Component machine?

This is the standard for professional SPF application. It has two separate material tanks, pumps, and hoses for the "A-side" (isocyanate) and "B-side" (resin/polyol blend). The machine meters, heats, and delivers them separately to the gun, where they are mixed.

What types of spray foam can I apply with these machines?

Softer, less dense, and vapor-permeable. Used primarily for interior wall insulation and sound dampening.

Why is material temperature so critical?

Temperature directly affects viscosity and reaction time. Properly heated material has a lower viscosity, which allows for better mixing at the gun tip, a more consistent spray pattern, and optimal foam rise and cure. Incorrect temperatures are a primary cause of application failures.