Products-TIANJIN QIAOFANG SAFETY TOOLS CO., LTD.

【Material】 Beryllium Bronze, Aluminum Bronze 【Material Introduction】 Explosion-proof tools are divided into two materials: one is beryllium copper alloy, and the other is aluminum copper alloy. (Also known as beryllium bronze and aluminum bronze) 1. Aluminum-copper alloy explosion-proof tools are made of precious and rare metals, smelted and forged, and the surface is yellow. The hardness of the working face is above HRC25°, and the tensile strength δb>75-85kgf/mm2. Continuous use in the space of flammable gas ethylene (concentration 7.8%) ensures safety, and no sparks and explosions will be generated by impact (impact), friction, or falling weight. 2. Beryllium-copper alloy explosion-proof T-tools are originally made of military materials and precious rare metals. The surface is also yellow after being made into tools. The hardness of the working face is above HRC35°. The tensile strength δ b>105-120kgf/mm2. In the space of flammable gas hydrogen (concentration 21%), it can be used continuously and quickly without any spark explosion due to impact (bump), friction, or falling hammer. Beryllium copper alloy explosion-proof tools also have a special anti-magnetic function. It can be used normally in a working environment with a magnetic field. 3. The handle passed the flame retardant test. The handle passed the 500N pull-out force test. Passed the 10000V extreme insulation withstand voltage test. The handle passed the impact resistance test. 4. It is suitable for clamping small parts in a relatively narrow working space. Fine metal wire, mainly used for installation and other maintenance work of instruments, telecommunication equipment, electrical appliances, etc.

T86202 Injection Pliers, Snipe Nose

【Material】 Beryllium Bronze, Aluminum Bronze 【Material Introduction】 Explosion-proof tools are divided into two materials: one is beryllium copper alloy, and the other is aluminum copper alloy. (Also known as beryllium bronze and aluminum bronze) 1. Aluminum-copper alloy explosion-proof tools are made of precious and rare metals, smelted and forged, and the surface is yellow. The hardness of the working face is above HRC25°, and the tensile strength δb>75-85kgf/mm2. Continuous use in the space of flammable gas ethylene (concentration 7.8%) ensures safety, and no sparks and explosions will be generated by impact (impact), friction, or falling weight. 2. Beryllium-copper alloy explosion-proof T-tools are originally made of military materials and precious rare metals. The surface is also yellow after being made into tools. The hardness of the working face is above HRC35°. The tensile strength δ b>105-120kgf/mm2. In the space of flammable gas hydrogen (concentration 21%), it can be used continuously and quickly without any spark explosion due to impact (bump), friction, or falling hammer. Beryllium copper alloy explosion-proof tools also have a special anti-magnetic function. It can be used normally in a working environment with a magnetic field. 3. The handle passed the flame retardant test. The handle passed the 500N pull-out force test. Passed the 10000V extreme insulation withstand voltage test. The handle passed the impact resistance test. 4. It is suitable for clamping small parts in a relatively narrow working space. Fine metal wire, mainly used for installation and other maintenance work of instruments, telecommunication equipment, electrical appliances, etc.

T86201A Dipped Pliers,Lineman

【Material】 Beryllium Bronze, Aluminum Bronze 【Material Introduction】 Explosion-proof tools are divided into two materials: one is beryllium copper alloy, and the other is aluminum copper alloy. (Also known as beryllium bronze and aluminum bronze) 1. Aluminum-copper alloy explosion-proof tools are made of precious and rare metals, smelted and forged, and the surface is yellow. The hardness of the working face is above HRC25°, and the tensile strength δb>75-85kgf/mm2. Continuous use in the space of flammable gas ethylene (concentration 7.8%) ensures safety, and no sparks and explosions will be generated by impact (impact), friction, or falling weight. 2. Beryllium-copper alloy explosion-proof T-tools are originally made of military materials and precious rare metals. The surface is also yellow after being made into tools. The hardness of the working face is above HRC35°. The tensile strength δ b>105-120kgf/mm2. In the space of flammable gas hydrogen (concentration 21%), it can be used continuously and quickly without any spark explosion due to impact (bump), friction, or falling hammer. Beryllium copper alloy explosion-proof tools also have a special anti-magnetic function. It can be used normally in a working environment with a magnetic field. 3. The handle passed the flame retardant test. The handle passed the 500N pull-out force test. Passed the 10000V ultimate insulation withstand voltage test. The handle passed the impact resistance test.

T86201 Injection Pliers,Lineman

【Material】 Beryllium Bronze, Aluminum Bronze 【Material Introduction】 Explosion-proof tools are divided into two materials: one is beryllium copper alloy, and the other is aluminum copper alloy. (Also known as beryllium bronze and aluminum bronze) 1. Aluminum-copper alloy explosion-proof tools are made of precious and rare metals, smelted and forged, and the surface is yellow. The hardness of the working face is above HRC25°, and the tensile strength δb>75-85kgf/mm2. Continuous use in the space of flammable gas ethylene (concentration 7.8%) ensures safety, and no sparks and explosions will be generated by impact (impact), friction, or falling weight. 2. Beryllium-copper alloy explosion-proof T-tools are originally made of military materials and precious rare metals. The surface is also yellow after being made into tools. The hardness of the working face is above HRC35°. The tensile strength δ b>105-120kgf/mm2. In the space of flammable gas hydrogen (concentration 21%), it can be used continuously and quickly without any spark explosion due to impact (bump), friction, or falling hammer. Beryllium copper alloy explosion-proof tools also have a special anti-magnetic function. It can be used normally in a working environment with a magnetic field. 3. The handle passed the flame retardant test. The handle passed the 500N pull-out force test. Passed the 10000V ultimate insulation withstand voltage test. The handle passed the impact resistance test.

T86103 Explosion-proof Insulation Injection Electrician's Slotted Screwdriver

【Material】 Beryllium Bronze, Aluminum Bronze 【Material Introduction】 Explosion-proof tools are divided into two materials: one is beryllium copper alloy, and the other is aluminum copper alloy. (Also known as beryllium bronze and aluminum bronze) 1. Aluminum-copper alloy explosion-proof tools are made of precious and rare metals, smelted and forged, and the surface is yellow. The hardness of the working face is above HRC25°, and the tensile strength δb>75-85kgf/mm2. Continuous use in the space of flammable gas ethylene (concentration 7.8%) ensures safety, and no sparks and explosions will be generated by impact (impact), friction, or falling weight. 2. Beryllium-copper alloy explosion-proof T-tools are originally made of military materials and precious rare metals. The surface is also yellow after being made into tools. The hardness of the working face is above HRC35°. The tensile strength δ b>105-120kgf/mm2. In the space of flammable gas hydrogen (concentration 21%), it can be used continuously and quickly without any spark explosion due to impact (bump), friction, or falling hammer. Beryllium copper alloy explosion-proof tools also have a special anti-magnetic function. It can be used normally in a working environment with a magnetic field. 3. The handle passed the flame retardancy test The handle passed the 500N pull-out force test Passed the 10000V ultimate insulation withstand voltage test The handle passed the impact resistance test 4. Used to fasten and remove electrical flat-head screws

T86102 lnjection Phillips Screwdriver

【Material】 Beryllium Bronze, Aluminum Bronze 【Material Introduction】 Explosion-proof tools are divided into two materials: one is beryllium copper alloy, and the other is aluminum copper alloy. (Also known as beryllium bronze and aluminum bronze) 1. Aluminum-copper alloy explosion-proof tools are made of precious and rare metals, smelted and forged, and the surface is yellow. The hardness of the working face is above HRC25°, and the tensile strength δb>75-85kgf/mm2. Continuous use in the space of flammable gas ethylene (concentration 7.8%) ensures safety, and no sparks and explosions will be generated by impact (impact), friction, or falling weight. 2. Beryllium-copper alloy explosion-proof T-tools are originally made of military materials and precious rare metals. The surface is also yellow after being made into tools. The hardness of the working face is above HRC35°. The tensile strength δ b>105-120kgf/mm2. In the space of flammable gas hydrogen (concentration 21%), it can be used continuously and quickly without any spark explosion due to impact (bump), friction, or falling hammer. Beryllium copper alloy explosion-proof tools also have a special anti-magnetic function. It can be used normally in a working environment with a magnetic field. 3. The handle passed the flame retardancy test The handle passed the 500N pull-out force test Passed the 10000V ultimate insulation withstand voltage test The handle passed the impact resistance test 4. Used to fasten and remove Phillips screws

T86101 Injection Slotted Screwdriver

【Material】 Beryllium Bronze, Aluminum Bronze 【Material Introduction】 Explosion-proof tools are divided into two materials: one is beryllium copper alloy, and the other is aluminum copper alloy. (Also known as beryllium bronze and aluminum bronze) 1. Aluminum-copper alloy explosion-proof tools are made of precious and rare metals, smelted and forged, and the surface is yellow. The hardness of the working face is above HRC25°, and the tensile strength δb>75-85kgf/mm2. Continuous use in the space of flammable gas ethylene (concentration 7.8%) ensures safety, and no sparks and explosions will be generated by impact (impact), friction, or falling weight. 2. Beryllium-copper alloy explosion-proof T-tools are originally made of military materials and precious rare metals. The surface is also yellow after being made into tools. The hardness of the working face is above HRC35°. The tensile strength δ b>105-120kgf/mm2. In the space of flammable gas hydrogen (concentration 21%), it can be used continuously and quickly without any spark explosion due to impact (bump), friction, or falling hammer. Beryllium copper alloy explosion-proof tools also have a special anti-magnetic function. It can be used normally in a working environment with a magnetic field. 3. The handle passed the flame retardancy test. The handle passed the 500N pull-out force test. Passed the 10000V ultimate insulation withstand voltage test. The handle passed the impact resistance test. 4. It is used to fasten and remove slotted screws

T89107Oil Tray

【Application】For holding various liquids and oils without sparks 【Manufacturing process】Cold-rolled product 【Material】Aluminum 【Material introduction】 1. The aluminum material has anti-rust and anti-corrosion properties. It is suitable for some places with magnetic field and corrosiveness. It belongs to the series of consumable tools, please don't compare the hardness and durability with steel iron tools. It is light in weight and easy to use, and is suitable for applications that require strength and are relatively light. Strong plasticity and lower hardness than steel, it can be processed into various parts by cutting, stamping, CNC lathe and other processes. Strong heat dissipation, able to conduct heat energy out in time.

T89106Oil Funnel

【Application】It is used to transport oil and other liquids into small-caliber containers, and the product has no sparks due to friction. 【Manufacturing process】Cold-rolled product. It is suitable for some places with magnetic field and corrosiveness. It belongs to the series of consumable tools, please don't compare the hardness and durability with steel iron tools. It is light in weight and easy to use, and is suitable for applications that require strength and are relatively light. Strong plasticity and lower hardness than steel, it can be processed into various parts by cutting, stamping, CNC lathe and other processes. Strong heat dissipation, able to conduct heat energy out in time.

T89105Cadger

【Application】For holding various liquids and oils, no spark, long nozzle 【Manufacturing process】Cold-rolled product 【Material】Aluminum 【Material introduction】 1. Aluminum material has anti-rust and anti-corrosion properties. It is suitable for some places with magnetic field and corrosiveness. It belongs to the series of consumable tools, please don't compare the hardness and durability with steel iron tools. It is light in weight and easy to use, and is suitable for applications that require strength and are relatively light. Strong plasticity and lower hardness than steel, it can be processed into various parts by cutting, stamping, CNC lathe and other processes. Strong heat dissipation, able to conduct heat energy out in time.

T89104 Bucket

【Use】 Non-sparking fire barrels for various liquids and oils. 【Manufacturing process】Cold-rolled products 【Material】Aluminum 【Material introduction】 1. The aluminum material has anti-rust and anti-corrosion properties. It is suitable for some places with magnetic field and corrosiveness. It belongs to the series of consumable tools, please don't compare the hardness and durability with steel iron tools. It is light in weight and easy to use, and is suitable for applications that require strength and are relatively light. Strong plasticity and lower hardness than steel, it can be processed into various parts by cutting, stamping, CNC lathe and other processes. Strong heat dissipation, able to conduct heat energy out in time.

T89103Bucket

【Use】 Non-sparking fire barrels for various liquids and oils. 【Manufacturing process】Cold-rolled products 【Material】Aluminum 【Material introduction】 1. The aluminum material has anti-rust and anti-corrosion properties. It is suitable for some places with magnetic field and corrosiveness. It belongs to the series of consumable tools, please don't compare the hardness and durability with steel iron tools. It is light in weight and easy to use, and is suitable for applications that require strength and are relatively light. Strong plasticity and lower hardness than steel, it can be processed into various parts by cutting, stamping, CNC lathe and other processes. Strong heat dissipation, able to conduct heat energy out in time.

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