High Temperature Cleanroom Gloves

Why This Glove Exists

Most heat-resistant gloves are built for foundries and kitchens, not cleanrooms. Most cleanroom gloves are built for chemical or ESD protection, not heat. This glove sits in the narrow overlap: heat resistant up to roughly 500°C on brief contact, and clean enough to be worn directly around wafers, optics, and other particle-sensitive surfaces.

4 High Temperature Cleanroom Gloves in vaccum pakcs

Construction - 3 Layers

Layer	Material	Function
Outer shell	Aramid fiber	Primary heat barrier and abrasion resistance
Middle layer	High-performance thermal insulation	Slows heat transfer to the hand
Inner lining	Antistatic comfort fabric	Static control, comfort, and shed-resistant fit during use

Product Details

Spec	Detail
Length	25 cm
Outer color	Yellow
Inner color	White
Materials excluded	No PVC, no asbestos, no fiberglass
Packaging	Vacuum-sealed, one pair per individual sealed pouch
Outer storage packaging	Foil-sealed to prevent oxidation and dust contamination during storage/transit
Shelf life	5 years from manufacture (unopened, properly stored)
Reusability	Reusable across multiple shifts with proper care (see maintenance below)

Performance Data

Property	Result
Heat resistance	Withstands brief direct contact up to ~500°C
Particulate/powder shedding	None detected on glove surface - suitable for particle-sensitive environments
Thermal conductivity	Low - reduces heat transfer through the glove body
Ignition behavior	Resists catching fire under brief heat exposure
Abrasion resistance	High - rated for repeated contact with textured/rough surfaces
Tensile strength	High - resists tearing under mechanical stress
Static control	Antistatic inner lining, dissipative performance maintained through repeated use

If you hold third-party lab certification numbers (e.g., EN 407, ISO test reports) for these results, we can add the exact certificate references and test standard codes here.

Core Features

Heat resistance to ~500°C

Protects hands during short, direct contact with hot surfaces, equipment, or components.

Cleanroom-compatible, low-particulate build

The glove surface sheds no powder or loose granular material, so it won't contaminate the controlled environment it's used in.

Low thermal conductivity

Slows heat transfer through the glove and resists catching fire, rather than just tolerating brief flame exposure.

Antistatic inner lining

A woven antistatic layer that stays intact through repeated donning and removal, instead of pilling or flaking apart the way loose cotton linings do.

Abrasion-resistant, high tensile strength shell

Holds up to repeated use on textured or sharp equipment surfaces without early wear-through.

Reusable design

Engineered for repeated cycles of use and cleaning rather than single-use disposal, which lowers cost per shift over time.

Application Scenarios

Semiconductor & electronics cleanrooms

Technicians loading or unloading components from reflow ovens, curing chambers, or thermal test stations need to keep hands protected from heat without introducing fiber or powder contamination near wafers and PCBs. This glove is worn during the hot-load/unload step, then removed before precision handling resumes.

Optical fiber & glass processing

Operators handling freshly drawn fiber, hot molds, or annealed glass components in a controlled environment use this glove for the brief window between the heat source and the cooling station - where a standard industrial glove would be too dirty for the space, and a standard cleanroom glove would burn through.

LED, solar cell & thin-film manufacturing

Line staff moving trays in and out of diffusion furnaces or curing ovens need heat protection at the oven door without shedding onto the production line downstream.

R&D and pilot-line labs

Lab technicians running small-batch thermal processes (autoclaves, heat-treatment tests, hot-press equipment) inside an ISO-classified space use this glove when the process is too small-scale to justify dedicated industrial PPE, but still requires heat protection.

Typical case: A cleanroom line running a reflow oven at 480–500°C found that its previous cotton-lined heat gloves were leaving lint on trays near the oven mouth. Switching to an aramid-shell, antistatic-lined glove removed the shedding issue while keeping the same level of heat protection at the load/unload step.

Friendly Reminders Before Use

This glove is heat- and particulate-resistant, but it is not a substitute for full protection in all conditions. Do not bring it into direct contact with open flame or molten metal.
Inspect the glove for damage before every use. Do not use a damaged glove for any task.

Care & Maintenance

After use, clean the surface with a soft brush and a neutral detergent solution to remove residue. Do not soak in water or strike/beat the glove to clean it. Hang to air-dry in a ventilated area.
Store gloves in a dry, ventilated location to prevent mold, moisture damage, and contamination.

Frequently Asked Questions

Q: What's the maximum temperature this glove can protect against?

A: It's rated for brief, direct contact up to approximately 500°C. It is not designed for sustained contact with open flame or molten metal.

Q: Is this glove actually safe to use in a cleanroom?

A: Yes - the surface does not shed powder or granular particles, so it won't contaminate the space. It's built specifically to bridge heat protection and particle control.

Q: How many gloves come in one package?

A: One pair per individually vacuum-sealed pouch.

Q: Can these gloves be reused, or are they single-use?

A: They're reusable. Clean with a soft brush and neutral detergent after use, air-dry in a ventilated area, and inspect for damage before each reuse.

Q: Do these gloves contain PVC, asbestos, or fiberglass?

A: No. None of these materials are used in construction.

Q: Why is there an antistatic lining inside a heat-resistant glove?

A: To control static buildup near sensitive components, and to keep the inner lining from pilling or flaking apart from repeated donning and removal - a common failure point in standard heat gloves.

Test data shown reflects results from a representative production batch under IEST-RP-CC004.3. Batch-specific certificates of analysis are available on request.

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