High Speed Particles Impact Testing Machine for Protective Eyes and Mask

Name: Snell SA/K 2010 Projectile Shooter Testing Machine /High Speed Particles Impact Testing Machine for Protective Eyes and Mask
Brand: Dongguan Hong Tu Instrument Co., Ltd.
SKU: 711012895

Guangdong, ChinaDongguan Hong Tu Instrument Co., Ltd.

US$1.00

1 sets

Product profile

Type

Impact Testing Machine

Maxcapacity

<1000KN

Accuracy Grade

0.5

Model NO.

HT-6023

Load Way

Electronic Load

Loading Method

Static Load

Display

Digital

Control

Manual Control

Weight

100-500Kg

Power Source

AC220V

Testing Sample

Protective Eyes and Mask

Impact Speed

45-200m/S

The steel Ball Diameter

6mm

Locating Device

Infrared Positioning Device

Control Ways

Touch Screen Control

Secure Function

Safety Alarm Function and Protective Door

Electricity

220V 50Hz

Transport Package

Wooden Case

Specification

GB 811-1998, SNELL SA/K 2010, DOT 218, AS1698

Trademark

HOTOTECH

Origin

Dongguan

HS Code

9013809000

Production Capacity

100 Sets Per Month

Company profile

Dongguan Hong Tu Instrument Co., Ltd.

Guangdong, China

CertifiedBusiness Type: Manufacturer/Factory & Trading CompanyExport Year: 2009-05-26 CertifiedNearest Port: Shenzhen PortAverage Response Time: ≤5.06h CertifiedTerms of Payment: LC, T/T CertifiedInternational Commercial Terms(Incoterms): FOB, CIF, CFR, EXW

AI-Powered supplier vetting

SummaryDongguan Hong Tu Instrument Co., Ltd. is a China-based limited company established in 2009, with a Hubei factory and Guangdong office. It focuses on photovoltaic laboratory testing equipment and reports more than 10 years of sector experience, ISO9001:2015 certification, intellectual-property-related certifications, product CE certification, patents, and participation in photovoltaic standardization activities. The supplier reports more than 10 production lines, 6–10 quality-control staff, annual output of 1,000 testing machines and 200 test chambers, and one-month lead times in both peak and off-peak seasons. It states cooperation with major photovoltaic companies and laboratories, but the provided material does not independently verify these relationships. Evidence is insufficient to assess financial credibility, customization capability, or after-sales execution in detail.

Supplier typeThe supplier is identified as Dongguan Hong Tu Instrument Co., Ltd., a Chinese limited company with a Guangdong office and Hubei factory. Its stated business combines R&D, production, and sales of photovoltaic laboratory testing equipment, although one record classifies the company nature as a trading company.

CertificationsThe supplier explicitly reports ISO9001:2015 certification, intellectual property management system certification, high-tech enterprise qualification, product CE certification, patents, and equipment/software copyright certifications. These records support established quality and product-compliance systems, though certificate validity and scope are not independently shown.

R&D capabilityThe supplier describes more than ten years of photovoltaic laboratory equipment R&D and production experience, a strong R&D team, multiple invention and utility-model patents, software copyrights, and participation in national photovoltaic standardization work. These are explicit indicators of technical and industry-development capability.

Production capacityThe supplier reports a Hubei factory, a 1,153 m² manufacturing plant, more than 10 production lines, 6–10 quality-control staff, annual output of 1,000 testing machines and 200 test chambers, and one-month peak and off-peak lead times. These stated figures support meaningful production capacity, although independent verification is not provided.

Client casesThe supplier lists cooperation with major photovoltaic groups and laboratories, including Longi, Jinko, JA Solar, Trina Solar, CSI, CATL, KACST, IRESEN, SERIS, CISR, CSSC, and Intertek. These named organizations indicate reported industry exposure, but the slices do not provide project details, purchase scope, dates, references, or independent verification.