Products

Nickel and Nickel alloys

Nickel alloys offer exceptional corrosion resistance, high-temperature stability, and outstanding mechanical properties, making them an ideal choice for the most demanding industrial applications. They are used in chemical processing equipment, marine environments, and high-temperature systems, ensuring long service life and reliability. Explore our range and choose premium quality from the very best!

Titanium and Titanium alloys

Titanium alloys are exceptionally lightweight yet strong, making them ideal for applications where high strength and low weight are critical. Thanks to their excellent corrosion resistance, they are widely used in the aerospace industry, medical implants, and marine engineering. Choose our titanium alloys to ensure exceptional performance and long-lasting durability!

Special Stainless alloys

Special stainless steels offer outstanding corrosion resistance and high mechanical strength, making them ideal for even the most extreme industrial environments. They withstand acidic, saline, and high-temperature conditions, making them a preferred choice in the food industry, chemical processing, and construction. Explore our premium range of stainless steels and choose long-lasting, reliable solutions!

Copper-based alloys Lebronze

Copper alloys offer excellent electrical and thermal conductivity, corrosion resistance, and ease of machining. They are perfect for electrical, mechanical, and electronic applications, such as cable manufacturing, cooling systems, and precision components. Choose our copper alloys to ensure durability and reliability in your products!

Downloads:

BIBUS Metals_High performance copper alloys

BIBUS METALS Kft. is the exclusive representative of the renowned French manufacturer

Lebronze Alloys for copper-based alloys in Hungary.

LeBronze Alloys Website

Product range:

Chemical composition	Alloy	Standard				Products
Chemical composition	Alloy	UNS	DIN	BS	JIS	Bar	Wire	Strip	Plate
Copper alloys
CuCoP	CUPROFOR	C15600						■
CuNi9Sn2	NICLAL 725	C72500	2.0875				■	■	■
CuNi2,5Si	SICLANIC S		2.0855			■	■	■	■
CuNi3Si	C 7025							■	■
CuNi9Sn6	NICLAFOR 1000	C72700				■	■	■	■
CuNi7,5Sn5Te	DECLAFOR 1015					■	■
Ni-Ag nickel-silver alloys
CuNi3Zn35 / CuNi2Zn20	NICLAL 103					■	■	■	■
CuNi10Zn27	NICLAL 101	C74500		NS103	C7451	■	■	■	■
CuNi12Zn24	NICLAL 120	C75700	2.0730	NS104		■	■	■	■
CuNi15Zn22	NICLAL 150			NS105	C7541	■	■	■	■
CuNi18Zn20	NICLAL 180	C75900	2.0740	NS106	C7521	■	■	■	■
CuNi18Zn27	NICLAL 181	C77000	2.0742	NS107	C7701	■	■	■	■
CuNi25Zn10	NICLAL 250					■	■	■	■
CuNi25Zn20	NICLAL 260					■	■	■	■
Arcap alloys corrosion resistance
AP1D	AP1D	C76390				■	■
AP1	AP1					■	■	■	■
AP1C	AP1C					■	■	■	■
AP4	AP4					■	■	■	■
Cu-Ni copper-nickel alloys
CuNi2	NICLAL 02		2.0802			■	■	■	■
CuNi5	NICLAL 05					■	■	■	■
CuNi6	NICLAL 06		2.0807			■	■	■	■
CuNi8	NICLAL 08					■	■	■	■
CuNi10	NICLAL 10	C70700	2.0811			■	■	■	■
CuNi13	NICLAL 13					■	■	■	■
CuNi15	NICLAL 15					■	■	■	■
CuNi20	NICLAL 20			CN104	C7100	■	■	■	■
CuNi23Mn	NICLAL 23		2.0881			■	■	■	■
CuNi25	NICLAL 25	C71300	2.0830	CN105		■	■	■	■
CuNi30	NICLAL 30	C71580	2.0890			■	■	■	■
CuNi10Fe1Mn	NICLAL 10 FE	C70600	2.0872	CN102	C7060	■	■	■	■
CuNi30Mn1Fe	NICLAL 30 FE	C71500	2.0882	CN107	C7150	■	■	■	■
CuNi44Mn1	CONSTANTAN 45		2.0842			■	■	■	■
CuNi30MnFeTi	NICLAL 30 Ti					■	■	■	■
Precision Ohm alloys
CuMn10Ni4	NICLAL 38					■	■	■	■
CuMn11Ni4	NICLAL 42		2.1362			■	■	■	■
CuMn13Ni4	NICLAL 48					■	■	■	■

Material data sheets:

DetaClad™ Composite Products

NobelClad composite plates (manufactured using NobelClad’s proprietary DetaClad explosive bonding technique) are exceptionally strong, lightweight, and highly resistant, as they combine different metals, merging the best properties of each material. Thanks to their outstanding corrosion resistance, heat resistance, and mechanical strength, they are ideal for industries such as oil and gas, chemical, marine applications, and many others. Explore our composite plates and ensure maximum performance and durability for your projects!

Introducing DetaClad™ composite products!

In collaboration with NobelClad, the world leader in clad plate manufacturing, BIBUS Metals is pleased to offer DetaClad™ products. The most demanding industries rely on NobelClad's patented explosive welding process to produce clad plates designed for specialized corrosion, mechanical, electrical, and temperature-related applications.

What is CLAD, or Composite Sheet?		DETACLAD™ Application Areas
It combines the best properties of both metals! Explosion bonding is a cold welding process that connects different metals with specific parameters while preserving the advantages of each metal. By combining a corrosion-resistant alloy with a more affordable metal, it offers a cost-effective solution, enhances corrosion resistance, results in composite mechanical properties, and reduces manufacturing downtime and maintenance. NobelClad is the only company offering more than 260 different metal combinations, with high strength and high tensile strength.	OIL AND GAS		ENERGY

	Upstream separation and processing, downstream refining.		Condensers, polysilicon manufacturing, biofuels, and geothermal applications.
	CHEMICAL		METAL MINING AND PROCESSING

	PTA, acetic acid, nitric acid, and chlorate production.		Autoclaves, reduction vessels, aluminum and zinc smelting anode and cathode forming electrical transition connectors.
	INDRUSTRIAL COOLING		TRANSPORTING

	From small cooling units to large institutional HVAC systems.		Transition connectors in railway cars and shipbuilding.

The Range of DETACLAD™ Capability

DetaClad™ plates are used for reliable, flat, cylindrical, and custom-shaped applications, such as layered heads, pipe elements, large plates, and cylinders. Available in 260 compatible and incompatible metal combinations, DetaClad plates and cylinders form the foundation of global pressure vessels, coke drums, towers, and crystallization equipment. NobelClad transition connectors are used for the final welding of metals without mechanical fasteners, as well as for connecting electrical connections.

DetaPipe™ reactive metal pipe sections and elbows are also available for high-pressure and high-temperature systems. This new technology allows end users to take advantage of corrosion resistance and process safety.

The explosion welding process – Watch the video

· Cladder plate thickness: 1 – 50mm	· Claddings: zirconium alloys, titanium alloys, stainless steels, duplex stainless steels, tantalum, niobium, nickel alloys, copper-nickel alloys, brass.
· Base plate thickness: 1 – 1,000mm
· Windth: max. 5m
· Lenght: max. 15m
· Weight: max 50 tons	· Backings: carbon steels, stainless steels, and other low-alloy steels.

PLATES	PIPE CAPS	BEVELS	PIPE SHEETS	FLANGES

POX autoclave	PTA heat exchanger

316L Reactor	DetaPipe™ Reactive metal tube segment

Shapes

Bars

Overview

Sheets and Plates

Overview

Tubes and Pipes

Overview

Strip

Overview

Wire

Overview

Markets

Aerospace

Overview

Chemical processing

Overview

Oil and gas

Overview

Power Generation

Overview

Railway

K-BLOCK PDF Overview

SINTERFLEX PDF Overview

Disc brake pads for heavy loads and high-speed trains

Safety, load capacity, speed, comfort, environmental sustainability, and efficiency requirements for railway vehicles are constantly increasing, applying equally to freight wagons and high-speed passenger trains. As a result, newly introduced freight and high-speed rolling stock are increasingly equipped with disc brake systems and, accordingly, high-performance brake pads – JURID disc brake pads from Honeywell.

A groundbreaking innovation: SINTERFLEX

This development is specifically engineered for heavy-duty and high-speed applications, particularly when used with wheel-mounted brake discs. Honeywell offers the well-designed and innovative SINTERFLEX pad, made from a specially formulated, precision-engineered sintered material. This pad delivers consistently high friction performance and outstanding long-term heat dissipation properties. In addition to its unique material composition, the structure and innovative design define the distinctive appearance of SINTERFLEX – an innovation for the modern railway era.

Smart details: small springs for great forces

One of the most refined details—often hidden from view—is the friction elements equipped with spring washers. These springs provide elasticity that compensates for mechanical and thermal cycles, ensuring consistently high braking performance. This small yet crucial feature is what makes the SINTERFLEX brake pad a perfect, high-performance braking solution—delivering excellence both in braking efficiency and in life-cycle cost (LCC).

Maximum contact between disc and pad

Conventional disc brake pads with cylindrical sinter blocks tend to have fragile edges, which leads to increased wear on both the disc and the pad when used with wheel-mounted discs. This is due to the relatively small contact area between the pad and the perforated discs, which often share a similar shape and size.

The prismatic shape of SINTERFLEX disc brake pads ensures optimal contact with the brake disc, regardless of whether wheel-mounted or axle-mounted systems are used. The allowed pad overhang is maintained even when the bogie reaches the end of its suspension travel. This design prevents particle buildup and wear caused by broken or chipped edges.

UIC Dove Tail: Interface between standard and high-tech

Jurid SINTERFLEX pads are compatible with the standard UIC dove tail interface, meaning they fit any UIC brake pad holder, regardless of the brake system used. Honeywell offers each pad as a completely new, ready-to-install product, allowing for quick and easy replacement.

One pad for all types of use

Honeywell offers a complete range of disc brake pads. A wide variety of standard and custom solutions are available for almost all railway vehicles, whether they are based on sintered or organic materials. If you can't find the right product in our extensive selection, no problem! At Honeywell Friction Materials in Germany, you have access to the largest brake pad development and testing center, which can provide much more than just standard solutions.

Medical

Overview