Welcome to B2BAGE
polishing machinery HG600A
polishing machinery HG600A

Minimum Order: 0
Quality/Safety Certification: 0.00


HG100A China Polishing Machines
1.Input voltage:AC220V 50-60HZ
2.Size:480*280*360mm
3.Weight;12KG

HG100A China Polishing Machines

Application:

1. Synthetic Glass Industry

Synthetic glass ( arylic ) polishing. High temperature flame can beautifully wrought the organic handicraft article.

2. Electronic Industry

IC encapsulation

3. Semiconductor

4. Nonferrous welding ,braze welding

In the application of welding nonferrous metal ,oxygen is not necessary by using Oxy-hydrogen Generator. It can saved more than 30% cost compared with the other way with the same-materials and same workloads .

Welding all kinds of chain and string of platinum , gold ,silver , copper, ,ect.Accumulator lead and tin poles fusion.Precision engineering

 

5. School laboratory

Providing convenient ,safe and oxy-hydrogen flame.

 

Features:

Oxy-hydrogen Generator H100 is economical and dependable. The machine H100 is made  with special technique. Its electrolyzer adopts  series and parallel compound technique ,so electrolysis is efficient . Power consumption of the machine  is low .

H100 is efficient ,energy saving,green,safe and reliable.

 Technical Specifications:

Model

H100A

H100B

Input voltage

AC220V 50-60HZ

AC220V 50-60HZ

Rated output gas(l/h)

≥80

≥80

Operation gas pressure(MPa)

≤0.1

≤0.1

Ambient temperature

-10°C~40°C

-10°C~40°C

Flame temperature

≥2800°C

≥2800°C

Water consumption(l/h)

~0.05

~0.05

weight

12kg

12kg

Size

480*280*360mm

480*280*360mm

Flame gun

1set of

2 sets of

Auti-backfire machine

1

1

Rubber tube

1

3

Electrolyte powder (bottle)

1

1

Instruction

1

1

 

Photos:

Ads by Google



About Us | Contact Us | Help | Terms & Conditions
Hot Products: A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | 0-9
Copyright Notice @ 2008-2022 B2BAGE Limited and/or its subsidiaries and licensors. All rights reserved.