Aluminized Gloves in Jeddah are designed for workers who face radiant heat and high-temperature conditions during industrial work. Breaker Aluminized Silicon Coated Gloves BRK-AL165 combine an aluminized outer surface with a silicon-coated construction to provide a protective barrier for suitable heat-related applications.
Nassguard supplies Aluminized Gloves in Jeddah, Riyadh, Dammam, Jubail and Al Khobar, with supply available across Saudi Arabia.
Aluminized Gloves are heat-protection gloves that use an aluminium-based outer surface to reflect radiant heat away from the hand. This type of construction can help workers handle tasks near furnaces, hot equipment and other heat sources.
The Breaker BRK-AL165 combines an aluminized surface with silicon-coated material. The outer surface helps reflect radiant heat, while the glove construction provides a barrier between the worker’s hands and suitable heat sources.
These gloves are useful where workers need protection from radiant heat, contact with hot surfaces and general industrial heat exposure, depending on the tested performance of the specific glove.
Aluminized gloves should not be treated as protection against every temperature or heat source. The actual application, exposure time and temperature should always match the glove’s documented performance.
Foundry Work: Workers in foundries can use aluminized gloves during suitable tasks around furnaces, molten-metal equipment and other heat sources when the glove’s documented temperature rating matches the application.
Furnace Operations: Workers can use the gloves for suitable tasks around industrial furnaces where radiant heat creates a hand-protection requirement.
Welding: Welders and supporting workers can use heat-resistant gloves for suitable welding-related activities where the glove’s tested thermal performance meets the task requirements.
Metal Processing: Workers handling hot metal components can use aluminized gloves when the glove’s documented protection matches the material temperature and exposure conditions.
Glass Manufacturing: Workers in suitable glass-processing environments can use heat-protection gloves when working near hot equipment and radiant heat sources.
Heat-Treatment Operations: Industrial teams can use the gloves around suitable heat-treatment equipment where workers face radiant or elevated temperatures.
Industrial Maintenance: Maintenance workers can use the gloves for suitable servicing tasks near hot machinery and equipment after confirming the glove’s thermal limitations.
High-Temperature Equipment: Workers can use the gloves around suitable industrial equipment that produces significant radiant heat.
Businesses in Jeddah and Riyadh can use Aluminized Gloves for suitable furnace, foundry, welding and industrial applications. In Dammam and Jubail, they can support selected metal-processing, manufacturing and maintenance operations. Nassguard also supplies Aluminized Gloves in Al Khobar and across Saudi Arabia.
Heat exposure can make ordinary work gloves unsuitable for industrial applications. Workers operating near furnaces, hot machinery or metal-processing equipment need PPE designed specifically for the type of heat they encounter.
The aluminized outer surface provides a reflective layer that can help redirect radiant heat away from the glove. This makes aluminized construction useful in workplaces where radiant heat forms a significant part of the hazard.
The silicon coating adds another protective layer and can provide useful durability during suitable industrial handling tasks.
These gloves can support workers in environments such as foundries, metal-processing facilities, heat-treatment areas and other industrial locations. However, the glove should always match the actual thermal hazard.
For example, radiant heat, direct contact with a hot surface and handling molten material create different protection requirements. Workers should therefore check the glove’s documented test performance before selecting it for a particular task.
Workers should also inspect the gloves regularly. Damage to the aluminized surface, coating or glove construction can affect its protective function.
EN 407 – Protective Gloves Against Thermal Risks
ISO 21420:2020 – Protective Gloves: General Requirements
ISO 23388:2018 – Protective Gloves Against Mechanical Risks
1. What are Breaker Aluminized Silicon Coated Gloves BRK-AL165 used for?
BRK-AL165 suits suitable foundry, furnace, welding, metal-processing and industrial heat-related applications.
2. How does an aluminized glove protect against radiant heat?
The aluminized outer surface can reflect part of the radiant heat away from the glove, helping reduce the heat reaching the hand.
3. Are BRK-AL165 gloves suitable for welding?
They can support selected welding-related applications when their documented thermal performance matches the specific welding task.
4. Can these gloves handle direct contact with extremely hot materials?
Workers should not assume this. Direct-contact heat requires a suitable tested contact-heat rating, so users should check the manufacturer’s technical documentation before handling hot materials.
5. Are these gloves suitable for foundry work?
Yes, they can support suitable foundry tasks where the glove’s documented thermal protection matches the working conditions.
6. Do aluminized gloves protect against all types of heat?
No. Radiant heat, contact heat, convective heat and molten-metal exposure require different levels of protection. Users should select gloves according to the documented test performance.
7. Where can I buy Aluminized Gloves in Saudi Arabia?
Nassguard supplies Aluminized Gloves in Jeddah, Riyadh, Dammam, Jubail and Al Khobar, with supply available across Saudi Arabia.
Breaker Aluminized Silicon Coated Gloves BRK-AL165 provide a specialized option for workers who face radiant heat and suitable high-temperature conditions. The aluminized outer surface helps reflect radiant heat, while the silicon-coated construction provides an additional protective layer.
The gloves can support suitable foundry, furnace, welding, metal-processing, heat-treatment and industrial maintenance applications. They are particularly useful where workers operate close to heat sources and need a glove designed for thermal protection.
Workers should always match the glove to the actual heat hazard. Radiant heat, contact heat and molten-metal exposure require different protection levels, so the manufacturer’s test information should guide final PPE selection.
For businesses looking for Aluminized Gloves in Jeddah, Nassguard supplies BRK-AL165 across Jeddah, Riyadh, Dammam, Jubail and Al Khobar, with supply available throughout Saudi Arabia.
| Specification | Details |
|---|---|
| Product Name | Breaker Aluminized Silicon Coated Gloves BRK-AL165 |
| Product Code | BRK-AL165 |
| Glove Type | Aluminized heat-resistant glove |
| Outer Surface | Aluminized |
| Coating | Silicon coating |
| Main Protection | Radiant heat and suitable high-temperature exposure |
| Main Applications | Foundry, furnace, welding, metal processing and industrial heat-related work |
| Suitable Industries | Foundry, metal processing, manufacturing, welding and industrial maintenance |
| Protection Type | Heat and radiant-heat protection |
| Supply Areas | Jeddah, Riyadh, Dammam, Jubail, Al Khobar and Saudi Arabia |
