Iron Clip On Cabinet Hinge G-F4398 No Drill Hidden Hinge

G-F4398 Iron Clip On Cabinet Hinge In Six Photographed Positions

This listing is written from the six photographs on this page, and what they show is a clip on cabinet hinge in iron and zinc alloy with the plastic parts that carry the hinge to the door: the staged three piece set with the hinge body, the plastic fork plate and the plastic base, the drawing frame that states the specification as 64x105mm and the material as Iron + Zinc Alloy + Plastic, the hinge body alone in the close up where the two-hole mounting plate, the knuckle and the adjustment screws read clearly, the hinge body laid on its side where the depth of the knuckle and of the fork receiver show, the black three piece set that proves the hinge is made in two colours, and the install scene where the fork of the hinge works on the edge of a cabinet door in a finished case. Two points are plain from the frames and the copy respects them: there is no cup in this hinge, so it is not a cup hinge and nothing is bored in the door for it, and no damper is visible in any frame, so this hinge is not a hydraulic hinge and not a soft close hinge. What the frames prove directly is the type of the hinge: a hidden hinge whose door side is a plastic fork that clips on the door edge, a no drill hinge on the door face in the sense that no hole is drilled in the door for it, and a body in iron and zinc alloy that takes the swing.

The figures that come from the drawing rather than from any photograph are the 64x105mm specification, the 105.5mm overall length, the 48mm two-hole plate, the 14mm receiver depth, the 28mm and 42.5mm body figures, the 64.5mm by 24mm fork plate and the 65mm base, and the specification table says so. A photograph shows the hinge existing; the drawing is where the workshop takes the numbers, and the page keeps those two kinds of fact separate.

The Fork That Clips On The Door Edge

A clip on hinge of this kind hangs the door with a fork rather than with a cup: the plastic fork plate rides on the edge of the door and its prongs enter the receiver in the body of the hinge when the door closes, so the joint that carries the door is the engagement of the fork in the receiver, not a bored cup. The close up on this page is the clearest frame for reading that joint: the two-hole mounting plate at the top of the body, the knuckle that takes the swing in the middle, and the open receiver below it where the prongs of the fork seat, with the 14mm figure on the drawing stating the depth of that receiver. Because the door side of the hinge is a fork that clips on the edge, the door itself takes no holes, which is the no drill hinge side of this part, and the door edge it clips on is a straight edge on any board the fork width takes.

The buyers who reach for a clip on hinge of this shape are the ones whose doors are made before the hinges are bought: a finished door, a door with a laminated face that a cup hinge would scar if the bore went wrong, or a refit where the old fixing has been removed and the new hinge is expected to work without new holes in the door. The drawing is where the workshop reads the fork and the receiver against the door edge, and the install scene frame on this page is the proof that the hinge works in a finished case with the fork on the door edge and the body and the base inside the cabinet.

What The Photographs In This Listing Prove

Every structural claim on this page can be pointed at in one of the six frames: the three piece set with the hinge body, the fork plate and the base, the two-hole mounting plate and the adjustment screws with their direction arrows in the close up, the knuckle and the receiver depth in the side frame, the black three piece set that proves the hinge is made in two colours, the fork working on the door edge in the install scene, and the drawing frame with its stated specification and material. What no photograph proves is the door load limit or the cycle count, so neither figure is carried as a photograph fact. They come from the hinge drawing and the test report, issued against this model rather than assumed from a similar one.

The staged set also omits, on purpose, the remaining photographs of this folder that repeat the same positions at slightly different angles. What remains is six different views of the hinge, and each of the six is used once in the image gallery on this page.

How The Clip On Hinge Is Built

The install scene is the clearest way to read a hidden hinge of this kind: the door carries only the plastic fork plate on its edge, the cabinet carries the body and the base, and the joint between them is the knuckle of the hinge with the fork prongs in the receiver. Three things about this construction are worth a buyer knowing before the drawing arrives. First, the body is iron and zinc alloy, which is what the drawing states it, and the metal body is the part that takes the swing and the adjustment, while the fork plate and the base are the plastic parts that carry the hinge to the door and the case. Second, the two-hole mounting plate at the top of the body is how the hinge is fixed to the cabinet side, and the end plate of the hinge carries the adjustment screws with their direction arrows, which is how the door line is chased after the hinge is in. Third, there is no damper section anywhere in the body, which the close up and the side frame show as plainly as they show the knuckle: this is a free swinging clip on hinge, and the closing behaviour is not something this part carries.

• Iron and zinc alloy hinge body, the part that takes the swing, stated on the drawing frame.
• Plastic fork plate that clips on the door edge, the no drill hinge side of the joint.
• Plastic base for the cabinet side, the part the fork seats against when the door closes.
• Two-hole metal mounting plate at the top of the body, the fixing to the cabinet side.
• Adjustment screws with direction arrows on the end plate of the hinge, the door line chase.
• Knuckle in the middle of the body with the fork receiver below it, 14mm deep on the drawing.
• No cup: the door takes a fork on its edge, not a bored recess, and nothing is bored for this hinge.
• No damper visible in any frame: a free swinging hinge, not hydraulic and not soft close.
• Two colours staged on the page: the gunmetal grey set and the black set.

Iron And Zinc Alloy, As The Drawing States It

The drawing frame on this page states the material as Iron + Zinc Alloy + Plastic, and that is the figure the copy carries, because the material is a drawing fact rather than something a photograph can certify. What the iron and zinc alloy body does for a door of this class is the honest case for buying it: the metal body is the load member of the hinge, it takes the swing on the knuckle and it keeps the adjustment screws biting into metal rather than into plastic, and the plastic fork and the plastic base are the parts that carry the hinge to the door edge and the cabinet without the door taking any holes. The trade-off is the one every buyer of this type of hinge knows: the fork and the base are plastic parts that work on the door edge and the cabinet side, and the environment is a dry interior one, which is where a wardrobe hinge or a cabinet hinge of this class is made to work.

Where This Hinge Is The Right Call, And Where It Is Not

A clip on cabinet hinge of this shape belongs on doors where the door face and the door edge should take no new holes: wardrobe doors, bedroom furniture doors, office casework doors and refit doors where the old fixing is gone and a cup hinge would want new boring. The install scene frame on this page shows exactly that application, the fork of the hinge working on the edge of a cabinet door in a finished case, which is the fastest way to read what the part is doing in a real case. It is the wrong call for a door that must soft close, because no damper is visible in any frame of this hinge and the closing is whatever the door and the stop give it, and it is the wrong call for a wet, hosed or coastal cabinet, because the plastic fork and the iron and zinc alloy body are an interior combination, and the frames show the hinge in a dry finished case.

How This Hinge Sits In Our Range

Within our own hinge range, a buyer choosing a door hinge is choosing between the type, the fixing and the body, in that order. The type sets how the door is hung: a concealed cup hinge drops into a recess bored in the door, a flag hinge of the offset type sits flat on the board with two end plates, and this hidden hinge hangs the door with a fork on the edge and a body in the case. The fixing sets where the holes go, and for this hinge the door takes none, which is the no drill hinge side of the type. The body sets the load and the finish, and the iron and zinc alloy body with the plastic fork and the plastic base is the member of the range for doors that are finished before the hinges are bought. A buyer comparing this hinge against our cup hinges should compare the fixing first, because a case drawn for a bored cup is not a case ready for a fork on the door edge without the drawing work in between.

It also sits against the concealed door hinges we supply for the same door shapes, and the honest position is the one on the specification table: the fork and the receiver are the comparison that matters, the material is stated on the drawing, and the door load limit is the figure to take from the drawing and the test report rather than from the photograph. A buyer who needs the same shape with a damped closing should say so on the order, because the range is built around those choices and the drawing is what ties the choice to the part number.

Specification Summary

How Each Hinge Batch Is Checked Before Packing

Every hinge batch is sampled on four points before packing. Assembly: the body, the fork plate and the base are checked to be present, the fork prongs are checked to enter the receiver square rather than cross loaded, and the two-hole plate is checked to sit true on the body rather than twisted. Appearance: the metal surface is checked for handling marks, casting lines that show in the light and any scratch that runs across a face that will show in the finished case, which is the part of the hinge that shows first in a lit wardrobe, and the plastic parts are checked for flash and for the prong edges that seat the swing. Function: each sampled hinge is worked through its full swing by hand with the fork in the receiver, opened and closed, so a binding joint or a receiver that seats crooked shows up before the carton closes, and the adjustment screws are checked to chase the door line through their travel. Packing: carton quantity, inner bag, marking and the model number on the label are checked against the order rather than the previous job, and the documents a buyer needs at their own customs are issued with the proforma.

Who Supplies This Hinge

This hinge is supplied by Guangzhou Gorgeous Intelligent Technology Co., Ltd., a furniture and architectural hardware business whose range covers hinges, drawer slides, handles, stays, legs, castors, locks and the fitting sets that go with them. The company works to export orders: quantities, carton marking, barcodes and shipping documents are agreed before production rather than after it, and a buyer who specifies the fork, the receiver and the screw type on the order gets those things made, because that is the only specification the factory works from.

Terms Worth Agreeing Before Two Hinges Are Compared

• Clip on hinge: a hinge whose door side engages the case by clipping on rather than by a bored recess; on this hinge the plastic fork clips on the door edge and its prongs enter the receiver of the body.
• No drill hinge: a hinge that needs no holes drilled in the door; on this hinge the door carries the fork on its edge and the cabinet carries the body and the base, so the door face and the door edge take no fixing.
• Hidden hinge: a hinge that works out of sight once the door is closed; the body and the base sit inside the cabinet and the fork rides on the door edge, which is the concealed door hinge position the install scene shows.
• Fork plate: the plastic part that clips on the door edge, 64.5mm by 24mm on the drawing.
• Base: the plastic part for the cabinet side, 65mm on the drawing, that the fork seats against when the door closes.
• Two-hole plate: the metal mounting plate at the top of the body, 48mm on the drawing, that fixes the hinge to the cabinet side.
• Receiver: the opening in the body that takes the fork prongs, 14mm deep on the drawing.
• Knuckle: the joint in the middle of the body where the swing lives, shown in the close up and the side frames.
• Adjustment screws: the screws with direction arrows on the end plate of the hinge that chase the door line after fitting.
• Free swinging: a hinge with no damper; the closing is whatever the door and the stop give it, and this hinge adds no damping of its own.

Common Hinge Faults And What They Actually Mean

A door that drops over time on a clip on hinge is almost always a seat problem rather than a hinge problem. The fork is the part that carries the door, and a fork that seats crooked in the receiver, or a base that has worked loose on the cabinet side, shows up later as the door sagging while the hinge itself is still sound. In chipboard and MDF the holding power of the base depends on the pilot hole and the screw gauge, and a base that has been screwed and unscrewed repeatedly while a fitter chases the line loses grip, which is the part of the no drill hinge job that is still a drill job on the cabinet side: the door takes no holes, the case does.

A door that will not square up is usually an adjustment question before anything else: the adjustment screws on the end plate of the hinge exist to chase the door line, and a door that closes square at one edge and drags at the other is the classic sign of an adjustment that has not been worked through its travel. The side frame on this page is where a buyer reads the knuckle seating that makes the square door possible, and the check is to work the adjustment screws on the sample in the buyer's own case before the production order is cut, because correcting a hinge that was never adjusted after the door is hung costs more than the hinge. A swing that feels loose at the knuckle is a different question: it is the seating of the fork in the receiver through the swing, it is checked on the sample, and it is the fault a fitter notices before a buyer does.

The faults that actually do come from the hinge are the fork, the receiver and the body: a fork with a prong that was snapped during fitting, a receiver that seats cross loaded, the body of the hinge that was bent during fitting, and screws that were driven over the top instead of home. None of those is a hinge defect, but they all show up as one, and the way to keep a clip on hinge working is the same as the way to keep any hinge working, which is to fit it true the first time with the fork seated square in the receiver.

Questions Buyers Ask About This Hinge

• Is the G-F4398 soft close or hydraulic? No, and the frames are honest about it: no damper is visible in any frame of this hinge, so this is a free swinging clip on hinge, not a soft close hinge. The specification table says free swinging, and a buyer who needs damping on this door shape should ask for the damped member of the range rather than assume it.
• Is this a cup hinge? No. A cup hinge drops into a recess bored in the door; this hinge has no cup at all. The door carries a plastic fork that clips on its edge, the cabinet carries the body and the base, and nothing in the door is bored for the hinge. The fixing is a fork on the edge, which is the difference a case drawing has to show.
• What exactly does no drill mean here? It means the door takes no holes: the fork plate clips on the door edge and the prongs enter the receiver of the hinge body. The cabinet side is still a screw job, the base and the two-hole plate fix to the case, and the drawing frame shows the screws bagged with the set. No drill on the door, screws on the case, is the whole of the fixing for this hidden hinge.
• What does 64x105mm mean? It is the overall specification stated on the drawing frame, the drawing figure for the size of the part, not a measurement read off a photograph. The drawing carries the full set of dimensions for the body, the fork, the base and the receiver, and the fitting and the case work are all done against that drawing rather than against the page.
• What is the material and what is the finish? The drawing frame states the material as Iron + Zinc Alloy + Plastic: the body is iron and zinc alloy and the fork plate and the base are plastic. The frames show the hinge in two colours, the gunmetal grey set and the black set, and both are interior finishes for a dry case rather than a wet or coastal one.
• How many do I need on a door? Two hinges on a standard door height, the fork on the edge at the top and the bottom of the rail, and a third at mid height on a tall or heavy door so the middle of the rail is not carrying the twist. The count follows door height and door mass, and the install scene shows the part as it works in the case.
• Are the fixing screws included? The drawing frame shows the screws bagged with the hinge set, which is the figure the copy carries. A buyer who needs a different screw gauge for a different board should say so on the order, because the bag goes with the hinge and the screw is part of the fitting.
• Will the fork hold on my door edge? The fork is 64.5mm by 24mm on the drawing and it clips on a straight door edge. A sample on the buyer's own board is where that is confirmed, because the door edge, not the hinge, is the part that has to agree with the fork, and the drawing is sent with the quotation for that check.

Sign-Off Checklist Before You Order This Hinge

• Door edge confirmed straight and free of damage, the surface the fork plate of the hinge clips on.
• Cabinet side confirmed as the case that takes the base and the two-hole plate of the hinge with screws.
• Hinge count confirmed against door height and mass, two at a minimum and a third at mid height on a tall or heavy door.
• Free swinging requirement confirmed in writing: no damper is visible in any frame of this hinge, and a damped door is a different member of the range.
• Colour confirmed, gunmetal grey or black, the two sets staged on this page.
• Environment confirmed as dry or moderately humid; wet, hosed and coastal work is outside this iron and zinc alloy with plastic combination.
• Fork checked against the door edge on a sample before the production order is cut, the receiver seating checked through the swing.
• Adjustment screws worked through their travel on the sample so the door line is chased before the order, not after the door is hung.

Ordering

Send the model number G-F4398 with the quantity, the colour, the destination port and the carton marking you need. Samples are available before a production order so the fork of the hinge can be clipped on your own door edge, the swing worked in your own case and the receiver of the hinge checked through the full arc, which is the fastest way for both sides to agree that the fork, the knuckle and the fixing are right. The drawing, the fixing sheet and whatever test documentation we hold for this hinge model are issued on request, and delivery and payment terms are agreed order by order on the proforma rather than assumed from a previous order.