When evaluating a welding helmet supplier, the WH16 helps teams compare filter controls, protection standards, and customization readiness in one place. If your project needs a custom welding helmet, start with the shade range, sensor layout, power system, and artwork or packaging requirements.

Request a Quote View WH16 Details

DIN 5-14Cut and weld dark states

0.04 msListed switching time

4 sensorsArc detection array

Goldland WH16 auto-darkening welding helmet

WH16 welding helmet with auto-darkening filter window

WH16 data is best reviewed as a filter-and-shell package: shade behavior, sensor count, charging method, operating temperature, and listed standards all affect procurement conversations.

Specification Lock Points

Core WH16 Details to Confirm Before RFQ

Models	GL-WH16S-1032A and GL-WH16F-1032A specification sets
Auto filter model	GL-1032A
Filter size	142 x 126 x 9 mm
Viewing area	110 x 80 mm
Shade control	Light state DIN 3; dark states DIN 5-9 / 10-14 V1
Mode control	CUT shade 5-9, WELD shade 10-14, GRIND shade 3
Switching time	0.04 ms
Power supply	Solar cells plus rechargeable 3.7V / 500mAh battery with USB-C charging
Charging time	2 to 2.5 hours
Arc sensors	4 arc sensors
Optical class	1 / 1 / 1 / 1 True Color
Certification references	ISO 16321, CE, ANSI Z87.1, CSA Z94.3, AS/NZS 1337 / 1338

Filter, Workflow, Standards

Three Checks That Shape WH16 Procurement

A professional welding helmet order should settle how the filter behaves, how the helmet changes between tasks, and which standards your market expects.

Filter behavior

Confirm the DIN 3 light state, DIN 5-9 cut range, DIN 10-14 weld range, 0.04 ms switching time, sensitivity control, delay control, memory functions, and lock shade behavior.

Work-step changes

The slide-up mechanism, CUT / WELD / GRIND modes, and four arc sensors make WH16 more than a simple shell choice for fabrication, construction, and maintenance teams.

Compliance boundary

Keep ISO 16321, CE, ANSI Z87.1, CSA Z94.3, and AS/NZS references attached to the specific WH16 configuration you intend to quote.

Industrial Use Fit

Where the WH16 Sits in a PPE Program

Goldland positions WH16 for welding and cutting work where teams need full head protection, adjustable auto-darkening behavior, ergonomic contouring, and air distribution support during longer work periods.

Manufacturing and metal fabrication environments
Construction and maintenance workflows
Training facilities that need repeatable filter behavior
Programs that combine helmets with protective clothing or respiratory protection

Custom Project Inputs

Details to Send With a WH16 Inquiry

Required shade range, preferred filter controls, and expected welding processes.
Target market standards and the certification references your buyer needs to review.
Shell color, graphics, brand placement, package concept, and any drawing files.
Prototype expectations, sample feedback route, and product-to-packaging requirements.
Whether the project should align with goggles, PAPR, face protection, or accessories from the same PPE range.

Related PPE Options

Compare Adjacent Goldland Protection Products

Use these product pages to compare helmet styles, filter formats, and respiratory or visor protection around the WH16 program.

Goldland WH12 auto-darkening welding helmet

WH12 Welding Helmet

Auto-darkening helmet option for buyers comparing PA shell formats and welding protection lines.

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Goldland WH15 auto-darkening welding helmet

WH15 Welding Helmet

A related auto-darkening helmet page for teams comparing supplier helmet ranges.

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Goldland WH17 auto-darkening filter helmet

WH17 Welding Helmet

Another helmet option for projects comparing filter controls and helmet geometry.

View product

Goldland protective visor welding helmet with integrated PAPR

AV05 PAPR Visor

Integrated visor and respiratory protection option for wider PPE system comparisons.

View product

Next Reading

Use the WH16 Articles for a Deeper Specification Review

These Goldland articles keep the next decision layer focused on WH16 fit, auto-darkening helmet basics, and filter specification details.

WH16 Fit for Fabrication, Construction, and Maintenance

Frame the WH16 discussion around application fit and purchasing questions for industrial teams.

Read article

Auto-Darkening Welding Helmet Basics

Review the core protection ideas procurement teams should align before comparing helmet models.

Read article

Filter Specifications Behind the WH16

Focus the technical review on shade behavior, sensor response, control settings, and filter configuration.

Read article

Procurement FAQ

Questions to Confirm Before Sampling WH16

Which WH16 model is covered on this page?

This page focuses on the Goldland WH16 auto-darkening welding helmet, including the GL-WH16S-1032A and GL-WH16F-1032A specification sets listed for the WH16 family.

What shade range does the WH16 auto-darkening filter support?

The WH16 filter is specified with a DIN 3 light state, DIN 5-9 cut range, DIN 10-14 weld range, and DIN 3 grind mode.

What switching speed and sensor count are listed?

The WH16 specification lists a 0.04 ms switching time and four arc sensors, with sensitivity and delay controls for different welding conditions.

How is the WH16 powered?

The helmet uses solar cells and a rechargeable 3.7V / 500mAh battery, with USB-C charging and a listed charging time of 2 to 2.5 hours.

Which certification references are listed for WH16?

Goldland lists ISO 16321, CE, ANSI Z87.1, CSA Z94.3, and AS/NZS 1337 / 1338 references for the WH16 specification.

Can Goldland support custom welding helmet projects?

Goldland presents custom design, engineering, rapid prototyping, and one-stop product-to-packaging service paths for welding helmets and protective equipment.

20 Years Welding Helmets and Protective Manufacturer.

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