A multi-fastener wrench for simultaneously or concurrently holding a plurality of fasteners, wherein the wrench comprises a handle having a distal end and a proximal end, and two sets of jaws at or new the distal end. The jaws may be movably coupled to the handle, allowing the user to vary the distance between the jaws.

A wrench for rotating a hex head fastener has a frame having one or two jaw faces. If the frame has two faces, they form a 60 degree angle between them. A movable jaw has two faces forming an angle of about 120 degrees relative to each other. A guide connected to the frame controls movement of the movable jaw along a line forming an angle of about 40.9 degrees with respect to a position of one of the frame faces.

A wrench for rotating a hex head fastener has a frame having one or two jaw faces. If the frame has two faces, they form a 60 degree angle between them. A movable jaw has two faces forming an angle of about 120 degrees relative to each other. A guide connected to the frame controls movement of the movable jaw along a line forming an angle of about 40.9 degrees with respect to a position of one of the frame faces.

An oil filter wrench which has two main parts mounted together so as to be movable towards and away from each other. Each part has an acruate surface aligned with each other. A threaded drive rod has one end in a threaded hole in a side portion of one main part and passes through a clearance hole in a portion of the other main part, with a head engaging the other main part so as to move the parts toward or away from each other to grip or release to the filter. A wrenching feature on the head and of another wrenching feature the bottom of one of the main parts allow a conventional wrenching tool to drive the wrench to rotate the oil filter and to drive the drive element to move the main parts together to grip the filter oil apart to release the same. An extension rod is able to be engaged a wrenching feature on the bottom of said oil filter wrench to loosen or tighten the oil filter on its mounting.

A lighted pipe wrench assembly having a first wrench member and a second wrench member cooperatively joined. The first wrench member includes a head portion having a first jaw section and an interface section, and further includes an elongate neck portion having a longitudinal axis. A receiving channel extends laterally therethrough the interface section. A communication channel extends radially from the receiving channel to an end port which terminates at the work surface. A primary illumination device formed for removable, axial sliding receipt in the receiving channel of such that an output portion is aligned with the communication channel. A first end cap cooperate to securely abut and seat the illumination device therebetween, and secure to the coupling portion.

A lighted pipe wrench assembly having a first wrench member and a second wrench member cooperatively joined. The first wrench member includes a head portion having a first jaw section and an interface section, and further includes an elongate neck portion having a longitudinal axis. A receiving channel extends laterally therethrough the interface section. A communication channel extends radially from the receiving channel to an end port which terminates at the work surface. A primary illumination device formed for removable, axial sliding receipt in the receiving channel of such that an output portion is aligned with the communication channel. A first end cap cooperate to securely abut and seat the illumination device therebetween, and secure to the coupling portion.

Flanges become stuck upon large pipes. This invention is a flange tightening tool in combination with a wrench, or other handled tool, having a fixed jaw integral with a handle and a movable jaw. The invention provides pins connected to each of the fixed jaw and the movable jaw. The pins extend mutually parallel and from the same side of both jaws. The pins generally have a round cylindrical shape with a diameter compatible to a flange aperture. The pins have a connection to the wrench utilizing a threaded tip that engages a cooperating threaded hole in each jaw. The pins are provided in various diameters, often in kit form. One pin may be longer than the other pins and both pins have left hand threading.

An adjustable wrench has a wrench body, a clamping element, and a ratcheting jaw. The wrench body has a handle, a head, and a thumbscrew. The head is formed on the handle and has a connecting block, a fixed jaw, a curved slot, two pin holes, a positioning pin, a mounting recess, two pivot holes, and a sliding slot. The clamping element is connected to the wrench body and has a sliding bar, a ribbed slab, and a movable jaw. The ribbed slab is formed on the sliding bar and is mounted in the sliding slot. The movable jaw has an engaging surface and a positioning block. The ratcheting jaw is a curved block capable of sliding forward and retracting backward inside the curved slot and has two mounting boards, a receiving recess, an engaging surface, an abutting surface, an engaging protrusion, a holding recess, and an elastic element.

A removal tool is provided. The removal tool includes a wrench apparatus having a body having a handle, wherein a portion of the body is structured to engage a securing member. The removal tool also includes a locking tool assembly and a transfer assembly. The locking tool assembly has a first jaw, a second jaw coupled to the first jaw, and a handle extending from the first jaw, the first and second jaws being structured to engage a conduit. The conduit is coupled to the securing member. The transfer assembly is coupled to the handles of the wrench apparatus and the locking tool assembly in order to transfer a force therebetween, thereby allowing the securing member to be removed from the conduit.

A removal tool is provided. The removal tool includes a wrench apparatus having a body having a handle, wherein a portion of the body is structured to engage a securing member. The removal tool also includes a locking tool assembly and a transfer assembly. The locking tool assembly has a first jaw, a second jaw coupled to the first jaw, and a handle extending from the first jaw, the first and second jaws being structured to engage a conduit. The conduit is coupled to the securing member. The transfer assembly is coupled to the handles of the wrench apparatus and the locking tool assembly in order to transfer a force therebetween, thereby allowing the securing member to be removed from the conduit.