Non-sparking BeCu AlBr round point shovel

1.Material: Aluminium bronze alloy, Beryllium copper alloy

2.Specification: 230*420mm

3.Technology: Cold Rolled

4.Useage: for digging,lifting and moving application

5.Application:non-sparking tools (safety tools) for hazardous areas to a wide range of industries and in a multitude of environments. Such as oil & gas, power plants, petrochemical, aviation, weapons manufacturing, bomb disposal, Ministry of Defence, pharmaceutical, pyrotechnics, breweries and distilleries, nuclear and local authority utilities.

about Us

Hebei sikai safety tools manufacturing co.,ltd,established in 2012, lies in BOTOU city of China.Company hold registered capitals RMB31,000,000, occupy 50,000 square meters, specializing in manufacturing Non-sparking tools of the beryllium bronze and aluminum bronze,steel tools.

We can produce 5000,000 pcs, over 520 items,over 7000 specifications in Non-sparking tools. All of tools are strictly in accordance with the DIN standard of Germany and national GB standard of China. Forged by a large friction pressing machine with one-time molding, our products enjoy a good quality.

the company obtained ISO9001 quality management certification and ISO14000 international environmental certification and OHSAS18000 occupational health certification. and the explosion-proof property is certified by CHINA COAL MINE EXPLOSION-PROOF and SAFETY PRODUCTS QUALITY SUPERVISION and TEST CENTER.

the difference between Beryllium copper and Aluminum bronze 

Copper-Beryllium tools are generally composed of 96% copper and a small content of up to 2% beryllium, up to 1.2% nickel and cobalt, and the rest of other metals. They have a Rockwell C hardness of 35-40 HRC and a tensile strength of about 1250 N/mm2.
Aluminium-Bronze tools, on the other hand, are manufactured with 77% copper and up to 12% aluminium, up to 6% nickel, up to 5.8% iron and manganese, and the rest of other metals. They are less hard and less resistant to wear than Copper-Beryllium models, having a Rockwell C hardness of 25-30 HRC and a tensile strength of approximately 800 N/mm2.