THREE-LAYER COMPOSITE COOKWARE

The Last Pan You'll Ever Buy

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Traditional Cookware Falls Short

Most pans are designed to fail -forcing you into an endless cycle of replacement.

Short Product Lifespan

Short Product Lifespan

Non stick pans last only 2 to 3 years. The coating breaks down at high heat, can release harmful chemicals, and eventually peels,leading to constant replacement.

Easily Scratched by Utensils

Easily Scratched by Utensils

Other pans get damaged quickly by everyday cooking utensils.Spatulas and tongs can scratch the surface, causing the non-stickcoating to wear down faster and reducing overall performance.

Inconsistent Heat Distribution

Inconsistent Heat Distribution

Standard non stick and ceramic pans create hot spots and cold zones, making consistent, professional quality results impossible.

Short Product Lifespan

Short Product Lifespan

Non stick pans last only 2 to 3 years. The coating breaks down at high heat, can release harmful chemicals, and eventually peels,leading to constant replacement.

Easily Scratched by Utensils

Easily Scratched by Utensils

Other pans get damaged quickly by everyday cooking utensils.Spatulas and tongs can scratch the surface, causing the non-stickcoating to wear down faster and reducing overall performance.

Inconsistent Heat Distribution

Inconsistent Heat Distribution

Standard non stick and ceramic pans create hot spots and cold zones, making consistent, professional quality results impossible.

THREE-LAYER COMPOSITE HEALTHY AND SAFE

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THREE-LAYER COMPOSITE HEALTHY AND SAFE

THREE-LAYER COMPOSITE STRUCTUREFOR EVEN HEAT CONDUCTION

1. Titanium Grade TA1
Promotes healthy cooking,corrosion-resistant, and lasts longer.

2.Aum Grade 1050
Good heat conductivity,
even heat distribution, prevents burning.

3. 430 Stainless Steel
Universal gas and magnetic cooktops,reducing cooking limitations.

  • PURE TITANIUM
  • ZERO COATING
  • HEALTH & SAFETY
  • HYGIENIC SURFACE

THE PRINCIPLE OF PHYSICAL NON-STICK

TITANIUM BASE MATERIAL

No PFAS. No Chemical Coatings. +

Krehoud is built without PFAS, PFOA, PTFE, or synthetic non-stickcoatings. Unlike traditional pans that depend on chemical surfacelayers, our cooking surface is solid titanium with nothing sprayed on andnothing designed to wear down over time.

Solid Titanium Cooking Surface +

Instead of applying a coating over aluminum, Krehoud uses a true titaniumcooking surface. This delivers natural food release without relying onfragile chemical treatments that can scratch, peel, or degrade.

High-Heat Stability up to 550°F/287°C +

Many coated pans have strict heat limits because their surfaces beginto break down under high temperatures. Titanium maintains itsstructural integrity during serious cooking heat without depending on asynthetic layer to perform.

Even Heat, Edge to Edge +

A multi-layer core distributes heat evenly across the entire surface. Thisreduces hot spots and helps deliver consistent cooking results from the center of the pan to the outer edges.

Not All Pans AreCreated Equal

Let’s compare Krehoud’s tri-ply titanium pan with a traditional non-stick pan.

Not All Pans AreCreated Equal

Let’s compare Krehoud’s tri-ply titanium pan with a traditional non-stick pan.

KREHOUD
OTHER BRANDS
VERSATILITY
Gas, induction, oven & campfire ready Stovetop only - no oven or grill
MAINTENANCE
Extremely durable - zero maintenance No metal utensils, hand-wash only
TASTE & PURITY
Pure flavor - zero chemical transfer Coating leaches into your food
HEAT RESPONSE
Instant, precise heat control Slow, uneven heating
DISHWASHER
Fully dishwasher safe Dishwasher destroys coating
LONG-TERM VALUE
Pays for itself within 2 years Replace every 1-2 years

Frequently Asked Ouestions

What materials and thicknesses of the titanium pan? +

krehoud cookware is made from a three-layer metal composite of titanium, aluminum,and steel, rolled into a single piece.


(2 mm thick: 0.4 mm TA1 titanium, 1 mm 1050 aluminum, 0.6 mm 430 stainless steel)

Has the titanium cookware been certified as food-safe? +

Krehoud titanium cookware is TUV-certified and meets FDA food-safety standards.

Why is KREHOUD cookware made of a titanium-alumi-num-steel composite rather than pure titanium? +

Pure titanium cookware has poor heat conductivity, heats up slowly, and distributes heat unevenly. Additionally, pure titanium is non-magnetic and cannot be used oninduction cooktops. This three-layer titanium-aluminum-steel construction is safeand healthy, conducts heat quickly, reduces energy consumption, and is compati-ble with induction cooktops.

Why did it stick to the pan the first time Iused it? +

The "non-stick" properties of titanium pans require a brief break-in period.The surface of a new pan is very clean, so it is difficult for oil to form a protective film right away.Please read the "Cooking Instructions" section of the user manual before using the skillet for the first time

Why do the bottom or sides of the pan turn blue,gold,or rainbow-colored? +

This is a normal phenomenon and not a quality issue. Pure titanium naturaly oxidizes at high temperatures to form anextremely thin oxide layer, which appears in diferent colors due to light interference (similar to titanium jewelryl.If you don't like the color, you can boilitin a mixture of white vinegar and water for a few minutes,then wipe it down; thecolor willfade. Do not attempt to remove it with a steelwool pad or strong abrasive, as this will damage the surface.

Why do titanium frying pans have a textured interior surface? +

Smooth-surfaced titanium frying pans have poor non-stick properties; the texture is not merely decorative, butrather relies on its physical structure to achieve three core functions: non-stick performance without a coating,optimized heat conduction, and enhanced wear resistance.

Why does the frying pan feel so heavy? It doesn't seem to weigh what a pure titanium frying pan should. +

Our titanium frying pan is cast as a single piece using a three-layer metal (titanium-aluminum-steel compositeprocess and is 2 millimeters thick. As a resul, it is slightly heavier than pure titanium; however, pure titaniumfrying pans are not suitable for use as single-metal cookware because they conduct heat slowly and unevenly
and are not compatible with some stovetops.