Advanced Ion Plasma Nitriding Furnace for High-Temperature Applications

Name: Advanced Ion Plasma Nitriding Furnace for High-Temperature Applications
Brand: Changsha Samy Instrument & Equipment Co., Ltd.
SKU: 2140794985

Hunan, ChinaChangsha Samy Instrument & Equipment Co., Ltd.

US$88,650.00-89,860.00

1 set

Product profile

Customization

Available

Certification

CE, ISO

Place Style

Vertical

Model NO.

LDMC-150A

Range of Applications

Industrial

Type

Ion Nitriding Furnace

Usage

Steel Molding

Fuel

Gas

Model

Ldmc-150az Plasma Nitriding Furnac

Working Chamber

1400X1400mm

Max Working Temperature

650 Degree

Common Working Temp

500+-50 Degree

Ultimate Vacuum

Less Than 6.7PA/30min

Pressure Rising Rate

0.13PA/Min

Maximum Current(S))

150az

Peak Current(a)

300A

Max Loading Weight

2500kgs

Heating Power(Kw)

150kw

Control Method

Fixed Frequency Width

Output Voltage(V)

0-900V Continuously Adjustment

Frequency(Hz)

1000

Output Waveform

Rectangular Square Wave

Temp Control Mode

Pid Automatic Control

Transport Package

Wooden Package

Specification

2450x2700x1950mm

Trademark

Samy

Origin

Hunan

HS Code

8514109000

Production Capacity

500 Set Per Year

Key features

High Working Temperature: Maximum working temperature up to 650 degrees Celsius for efficient heat treatment.

Customizable Chamber Size: Chamber dimensions can be customized to meet specific customer requirements.

Wide Material Compatibility: Suitable for various steels including tool steel, alloy structural steel, and bearing steel.

Fast Arc Starting: Pulse technology ensures rapid arc starting and high permeation rates for complex workpieces.

Energy Saving Design: Features energy saving, gas saving, high efficiency, and no pollution characteristics.

Robust Load Capacity: Rated load capacity of 2500 kgs for heavy industrial applications.

Comprehensive Certification: Product certified with CE and ISO standards for safety and quality assurance.

Company profile

Changsha Samy Instrument & Equipment Co., Ltd.

Hunan, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service AvailableExport Year: 2013-10-23 CertifiedNearest Port: Guangzhou Port, Shenzhen PortAverage Response Time: ≤0.50h CertifiedTerms of Payment: LC, T/T, PayPal, etc.

AI-Powered supplier vetting

SummaryChangsha Samy Instrument & Equipment Co., Ltd. is a China-based factory established in 2013, focused on laboratory and medical equipment including centrifuges, planetary ball mills, furnaces, and related products. It states that it develops and manufactures key products internally, operates 10 production lines, and reports substantial annual output for centrifuges and planetary ball mills. The supplier holds stated ISO9001 and ISO13485 certifications and indicates CE compliance. Export activity is extensive, with exports representing 90% of total sales and markets spanning multiple regions. It offers customization, overseas distributor support, installation, commissioning, and after-sales offices in some foreign markets. Evidence confirms manufacturing, quality-system certifications, international service, and customization capabilities. However, the provided information does not sufficiently establish financial credibility or identifiable customer cases, and the limited R&D staffing evidence does not...

Supplier typeThe supplier is identified as a factory and a limited company based in Changsha, China, established in 2013. Its stated business focuses on R&D, manufacturing, and marketing of laboratory instruments and related medical and industrial equipment.

CertificationsThe supplier states that it holds a centrifuge medical equipment sales license and production license, ISO9001:2008 and ISO13485 certifications, and CE compliance; a separate slice also lists an ISO9001:2015 certificate. These statements provide explicit evidence of relevant quality-system and product-compliance credentials.

After-Sales capabilityThe supplier reports overseas after-sales offices in several foreign markets, overseas distributor agents, and overseas installation and commissioning services. This directly supports an international after-sales service capability, although the number and coverage of offices are not specified.

Production capacityThe supplier states that centrifuges, planetary ball mills, and vacuum furnaces are developed and produced in-house. It reports 10 production lines and annual output of 50,000 centrifuges and 52,200 planetary ball mills, with additional furnace and zirconia-block production, providing explicit evidence of established manufacturing capacity.

Customization capabilityThe supplier explicitly states that it can customize all kinds of special customer requirements and specifications. This is direct evidence of customization capability, although no specific examples or technical limits are provided.

Product Q&A

Q:What is the difference between Nitriding furnace and Vacuum furnace?

Ion nitriding uses glow discharge in a low-vacuum furnace with nitrogen gas to form a plasma region, bombarding the workpiece surface to enhance hardness and corrosion resistance. Gas nitriding injects NH3 gas at 500-550 degrees Celsius for 20-100 hours to decompose into atomic nitrogen for surface treatment.

Q:What are the precautions for ion nitriding?

Workpieces must be dry or cooled before loading. Load evenly with over 30mm interval between workpiece and electrodes to avoid high current density. Shield any holes less than 2mm and place samples in temperature-consistent positions.

Q:What kind of work piece can be used with Nitriding furnace?

Suitable for 4Cr5MoSiV1, 3Cr3Mo3W2V, 5Cr4W5Mo2V, 20 steel, 40 steel, 20Cr, 20CrMnTi, 40Cr, 38CrMoAl, 42CrMo, 50CrV, 1Cr18Ni9Ti, alloy structural steel, bearing steel, spring steel, die steel, and tool steel.

Q:What is the max temperature nitriding furnace working for?

Normal steel works around 520-550 degrees Celsius. Titanium alloy requires 750-800 degrees Celsius, which is a customized type available upon inquiry with sales technical management.

Q:What is the work piece layer after nitriding heat treatment?

The layer depth ranges from 0.10 to 0.5 mm, appearing neat in an opaque light grey shade due to gaseous nitriding, providing increased superficial hardness and improved wear resistance.