These torches handle brazing and soldering, as well as heating jobs. A swirl-flame tip creates a small, tight flame for heat concentration and efficient gas usage. Torches can be directly connected to a propane cylinder. Note: Torches can only be used with propylene gas for silver soldering applications. Maximum power output and flame temperature values shown are for use with propane.

These torches have approximately half the BTU output of standard propane torches for use in light duty applications. They can be directly connected to a propane cylinder.

Style A has a pencil-point flame tip that concentrates the flame for detail work. It requires a gas-torch lighter for ignition.

These torches have approximately half the BTU output of standard propane torches for use in light duty applications. They do not include a hose. A hose is sold separately. These torches cannot be sold to Canada due to local chemical regulations.

Style A requires a gas-torch lighter for ignition.

The torch tip rotates 360° to put the heat exactly where you need it. This torch can be directly connected to a propane cylinder. Maximum power output and flame temperature values shown are for use with propylene.

This torch heats wide and thick surfaces. Used for applications requiring high heat, it also produces higher BTUs per hour than standard propane torches. It can be directly connected to a propane cylinder. Note: Torch can only be used with propylene gas for silver soldering applications. Maximum power output and flame temperature values shown are for use with propane.

Two burners with a short, wide flame concentrate heat over a large area. The tip rotates 360° to put the heat exactly where you need it. Used for applications requiring high heat, this torch produces higher BTUs per hour than standard propane torches. It can be directly connected to a propane cylinder. A gas-torch lighter is required for ignition. Note: Maximum power output and flame temperature values shown are for use with propane.

Save time by quickly connecting and disconnecting your propane torch tips to get the right output for your job. Kit can also be used with Apachi, HPG, and propylene. Note: Maximum power output and flame temperature values shown are for use with propane.

Charge these lighters for repeated long-term use. Compared to standard refillable lighters, they save you the effort of handling fuel. And unlike disposable lighters, they don’t create waste.

Lighters with an LED flashlight are useful in power outages and other dark conditions. They have a power button to preserve battery life and prevent accidental ignition.

Lighters with a double electric arc have increased power that’s good for use in windy conditions. At under four in. tall, they’re sized to carry around in your pocket.

Energy efficiency requirements restrict sales to the listed jurisdictions/areas.

Pair these starters with ballasts for high-pressure sodium bulbs.

Send electricity to LED lights while protecting them from voltage and current fluctuations. These drivers convert high-voltage, alternating current from your power supply into low-voltage, direct current. Use them to replace existing LED drivers or build your own light fixtures. All meet U.S. and Canadian safety standards, as well as UL requirements for use in dry and damp locations. They’re also FCC compliant to meet regulations for electromagnetic interference.

Drivers that are not for use outdoors power indoor lights. Linear drivers pair with ceiling strip lights, which are common in offices and storage rooms. Use them to replace fluorescent strip lights for more energy-efficient and longer-lasting lighting. Downlight drivers create directed, ambient lighting, so they’re often used for offices, lobbies, and decorative lighting. They work well with recessed ceiling can lights and downlight wall sconces.

Drivers that are for use outdoors help light roadways and parking garages. They’re often used with area, flood, bay, and security lights, as well as with signage.

Constant-current drivers ensure a reliable output from your fixture and prevent it from degrading quickly due to current fluctuations and receiving too much power. They’re the most common type of LED driver.

Constant-voltage drivers send a consistent voltage output to exactly match the light’s required voltage. They’re useful for signs and cabinet lights.

Drivers with constant current and voltage provide both functions at the same time. Drivers with constant current or constant voltage only perform one of those functions at a time.

Programmable drivers let you set their output current and voltage to match the power requirements of your light. They’re good to have on hand when you don’t know which drivers you’ll have to replace.

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Pair these starters with pulse-start ballasts for metal halide bulbs.