Best Flower Bed Edging: Material, Height, Stakes and Length

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The person typing best flower bed edging wants to know which edging to buy and how it gets set into the soil so the bed stays edged. This article covers the edging itself: the material, the height, the roll length or pack count, the stake count, and how each listing says the strip is set and cut. Ten listings for plastic and metal landscape edging are compared below. The article does not cover building a bed from scratch.

Quick answer

• Soft soil and a curved run: a plastic stake-in roll is the simplest no-dig option. The Hemikaki, JERIA, Quibbay and ESOHOT listings all describe inserting stakes without digging.
• Firm soil and a fixed metal line: a corrugated steel strip fits. The Land Guard and GTSABWAY listings both describe digging a narrow trench and backfilling where the soil is firm.
• No separate stakes: the WONALOM panels each carry a built-in ground stake, one per panel.
• Before you order, check the stated length, height and stake count. The Quibbay and Hemikaki listings each contain a field that disagrees with their own title or bullets.

What decides the choice

Four things decide most of the choice: the material, the height above the soil, the length (a roll length or a pack count), and the set, meaning the stake count and the method the listing gives. Each listing states some of these and leaves others out. Where a listing leaves one out, this article says so rather than filling the gap with a general claim about the category. Cutting and bending matter as well, because most beds have curves and corners that a straight strip has to follow.

Material: plastic and metal

Six of the ten listings are plastic, and four are metal. WONALOM, JERIA, MIXC and Hemikaki describe their edging only as plastic. ESOHOT names polyethylene (PE) in its material field, and Quibbay names PE in its bullets. STIRLINGEAR, LAVEVE, GTSABWAY and Land Guard are metal.

Polyethylene is a family of plastics, and the grades differ. Wikipedia’s entry on high-density polyethylene describes HDPE as harder and more opaque than low-density polyethylene, and says it can withstand somewhat higher temperatures, about 120 °C (248 °F) for short periods. Neither the ESOHOT nor the Quibbay listing says which grade it uses, so those figures describe the family in general, not these two products.

The four metal listings describe their steel differently. STIRLINGEAR says rust resistant galvanized steel with a durable black coating. LAVEVE says heavy-duty galvanized steel with a weather-resistant coating. GTSABWAY is listed in a pre-rusted color, and its bullets say the metal develops a rust patina over time. Land Guard describes an anti-corrosion treatment and a coating, and its bullets do not name the base metal.

Stainless steel is a separate material. Wikipedia describes it as an iron-based alloy that contains chromium, and says its corrosion resistance comes from a chromium content of 10.5% or more, which forms a passive film. None of the four metal listings says stainless steel. Their rust claims are the listings’ own claims, and the chromium figure above does not describe them.

Illinois Extension’s bed-edge article, published on May 24, 2015, says plastic edging has poor durability and an artificial appearance. It says steel edging has problems with frost heaving in winter, and that experts generally agree round-top edgings are better than flat ones because they do not sink as easily. None of the ten listings says whether its profile is round-top or flat, so that point cannot be checked against these products.

Material as the listing states it	Listings	What the listing says about rust or finish
Plastic, with no further name	WONALOM, JERIA, MIXC, Hemikaki	None of these four says anything about rust
Polyethylene (PE)	ESOHOT, Quibbay	Quibbay says the plastic will not rust; ESOHOT says nothing about rust
Galvanized steel with a black coating	STIRLINGEAR, LAVEVE	Rust resistant (STIRLINGEAR); weather-resistant coating (LAVEVE)
Pre-rusted steel	GTSABWAY	A rust patina develops over time, and the color deepens with age
Metal with an anti-corrosion treatment	Land Guard	Anti-corrosion treatment and coating; the base metal is not named

Height: from 3 inches to 12 inches

Height is the figure most readers compare first. Nine of the ten listings state a height in the title or the bullets. WONALOM lists three panel dimensions without naming which one is the height. None of the listings says how far the strip goes into the soil.

Listing	Height stated	Where it is stated
Hemikaki	3 inches	Title and bullets
Quibbay	3.15 inches	Title and bullets
JERIA	4 inches	Bullets
ESOHOT	4 inches	Bullets
MIXC	5 inches	Title and bullets
STIRLINGEAR	5.5 inches	Bullets
GTSABWAY	6 inches	Title
LAVEVE	6 inches in the title, with heights from 3 to 12 inches offered	Title and bullets
Land Guard	12 inches	Title
WONALOM	Not named; each panel is listed as 9.65 by 3.94 by 9.06 inches	Bullets

The shortest stated heights are 3 inches (Hemikaki) and 3.15 inches (Quibbay). The tallest is 12 inches (Land Guard). A taller strip shows more above the soil. Whether that matters depends on how much mulch, gravel or soil sits against it, and the listings do not say. The STIRLINGEAR bullets tie its 5.5 inch height to separating grass, mulch, soil or gravel without blocking the view. The two encyclopedia entries cited in this article do not say how much height a given mulch depth needs, so the height should be read as what the strip shows above the soil, not as a promise about mulch.

Quibbay is the only listing that states a stake length, 6.5 inches for its spiral stakes. That is the length of the stake, not the depth the strip sits in the soil, and the listing does not connect the two.

Length: rolls, pack counts and weight

Most listings give one roll length. MIXC gives three options, 33, 66 and 100 feet, each with its own stake count. WONALOM gives a coverage figure instead: 20 panels that cover up to 16 feet.

Listing	Length stated	Item weight stated
ESOHOT	120 feet	14.18 kg
Quibbay	100 feet	8.48 kg
Land Guard	50 feet	Not stated
STIRLINGEAR	50 feet	9.8 pounds
Hemikaki	50 feet	7.5 pounds
MIXC	33 feet, with 66 and 100 foot options	Not stated
JERIA	33 feet	7.5 pounds
GTSABWAY	40 feet	5.39 kg
LAVEVE	40 feet	4.31 kg
WONALOM	20 panels, up to 16 feet	0.13 pound per panel

Two length fields conflict with their own titles or bullets. The Hemikaki title gives 50 feet, but its Style field reads 4IN x 33FT. The Quibbay dimension field reads 100 inches, while its title and bullets say 100 feet. Check both before you order.

Weight per foot. Where a listing gives both an item weight and a length, dividing one by the other shows how heavy the roll is for each foot. Our calculation converts kilograms at 2.2046 pounds per kilogram, divides the weight in pounds by the length in feet, and rounds to two decimals. The results are:

• ESOHOT: about 0.26 pounds per foot (31.26 pounds over 120 feet).
• GTSABWAY: about 0.30 pounds per foot (11.88 pounds over 40 feet).
• LAVEVE: about 0.24 pounds per foot (9.50 pounds over 40 feet).
• JERIA: about 0.23 pounds per foot (7.5 pounds over 33 feet).
• STIRLINGEAR: about 0.20 pounds per foot (9.8 pounds over 50 feet).
• Quibbay: about 0.19 pounds per foot (18.70 pounds over 100 feet).
• Hemikaki: about 0.15 pounds per foot (7.5 pounds over 50 feet).
• WONALOM: about 0.16 pounds per foot (20 times 0.13 is 2.6 pounds over 16 feet).

Weight per foot does not measure stiffness or thickness. The listings give no gauge for any metal strip, so the weight figure tells you how heavy the roll is, not how well it will hold a curve.

Stakes: count, ratio and spacing

Stakes are the part of the set that holds the strip in place, so the count matters as much as the length. The table gives each listing’s stated count and the ratio we calculated from it.

Listing	Stakes stated	Length	Stakes per foot (our calculation)
ESOHOT	210	120 feet	1.75
MIXC	50, 100 or 150, matched to each length option	33, 66 or 100 feet	About 1.5 at each option
Quibbay	150 spiral stakes, 6.5 inches each	100 feet	1.5
Hemikaki	75	50 feet	1.5
JERIA	45	33 feet	1.36
WONALOM	20 built-in, one per panel	up to 16 feet	1.25
STIRLINGEAR	Not stated	50 feet	Not calculated
GTSABWAY	Not stated	40 feet	Not calculated
LAVEVE	Not stated	40 feet	Not calculated
Land Guard	Not stated	50 feet	Not calculated

Stakes per foot is the stake count divided by the length in feet. The 1.5 ratio appears in three listings, MIXC, Quibbay and Hemikaki. JERIA, at 1.36, has the lowest ratio among the roll listings that state a count, and ESOHOT, at 1.75, has the highest. The ESOHOT and Quibbay listings both say to place one stake every two to three holes. The listings do not give the distance between holes, so the ratio cannot be turned into an inch spacing. Read it as a count, not as a layout.

The WONALOM panels are measured differently. Each panel is listed at 9.65 inches long. 20 times 9.65 inches is 193 inches, which is about 16.1 feet, matching the listing’s up to 16 feet. Each panel has one built-in stake, so the set carries 20 stakes, or 1.25 per foot of coverage.

STIRLINGEAR, GTSABWAY, LAVEVE and Land Guard do not state a stake count. All four are metal strips. A buyer of one of these has to plan the fixing from the method the listing describes, because the listing gives no count to plan from.

How the edging is set

The listings describe three setting methods, and they are not the same. The first is the stake-in roll. JERIA, Hemikaki, ESOHOT, MIXC and Quibbay describe inserting stakes into the ground without digging a trench. WONALOM panels are pressed into the soil and use their built-in stake. The second is the press-or-tap method. STIRLINGEAR describes pressing the strip into the soil or lightly hammering it, and says its ridged design adds grip. The third is the wet-and-push or trench method. GTSABWAY says to wet the soil for easier setup and then push the strip in or use a rubber mallet. For harder soil it describes digging a narrow trench, placing the strip and backfilling. Land Guard describes soaking soft soil before pushing the strip in, and digging a trench, placing the strip and backfilling where the soil is firm. The LAVEVE bullets give no installation steps at all.

Soil condition is the main variable. Quibbay says to wet the soil if it is too dry to drive stakes, and warns that hard or rocky soil will break the stakes. It advises a rubber mallet on the stakes and warns against iron hammers. MIXC describes setting without deep trenching, concrete work or complicated tools. WONALOM describes its panels going into softened soil without trench digging or concrete. Only the GTSABWAY and Land Guard listings describe a trench step, and they describe it for firm or harder soil. None of these listings states a stake depth in inches.

Bending, cutting and curves

Most beds are not straight, so the next question is how the edging follows a curve or a corner. Among the plastic listings, Hemikaki and JERIA say the strip can be trimmed and shaped into round, square, heart or arc forms. MIXC lists straight runs, soft curves, circles and tree rings, and says it can be trimmed to fit shorter sections and corners. Quibbay says its strip bends without breaking and is easier to trim to any length than metal edging, a comparison its listing makes directly. ESOHOT says its edging can be shaped for straight lines or curves. WONALOM’s interlocking panels build straight borders, soft curves and small corners.

The metal strips bend as well, but the listings describe cutting them with tools. STIRLINGEAR says garden shears or tin snips will cut it. GTSABWAY says metal scissors. LAVEVE says it can be cut for a fit. Land Guard’s bullets do not say how to cut the strip.

The corrugated metal strips rely on their wave pattern for stiffness. LAVEVE says its 3D wavy texture adds structural strength and helps keep the edging from sagging or falling over. STIRLINGEAR says its ridged design adds grip. The listings do not measure stiffness, so these lines are the listings’ own claims. The two encyclopedia entries cited here do not cover corrugated metal or plastic edging performance.

Planning example: how much edging one bed needs

Take a bed 12 feet long and 6 feet wide. Our planning estimate for its edge is 12 feet plus 6 feet plus 12 feet plus 6 feet, which is 36 feet. A 33 foot roll is 3 feet short of that. A 40 foot roll covers the edge and leaves 4 feet for corners and cuts. Using the 1.5 stakes per foot that three listings work out to, 36 times 1.5 is 54 stakes (our planning estimate).

The stake count is a planning figure only. The listings do not say how many stakes go at a corner or where a joint falls, and the 40 foot example assumes one continuous run. Building the bed itself is covered in creating a flower bed from scratch, so this article stays with the edging. For the soil that goes inside the edge, see potting mix for a flower bed.

How to choose the edging

Start with the soil. If you can wet it and drive stakes, a plastic roll with stakes gives the widest range of lengths and shapes among these listings. If the soil is firm, shortlist the two metal strips that describe a trench step, and check whether a trench is practical for your bed. Next, measure the edge using the method in the planning example above. Then compare the stake count against the length you need, and check the stated height against what you want the edge to do.

Height is the last filter. A 3 to 4 inch strip marks a small bed. A 5 to 6 inch strip shows more above the soil. The 12 inch Land Guard strip is the tallest option in the group. Pick the height from the listing’s title, and confirm it in the bullets, because two listings give conflicting figures in other fields.

How we chose

The ten listings compared here are all landscape or garden edging, and they were checked on 2026-10-19. For each one we read the title, the bullets and the specification table. The comparison uses four points: material, height, length or pack count, and the stake count and setting method the listing states. Price, star rating and review count are not used on this page, and no statement here depends on them. Each product card lists pros and cons taken from that listing’s own text, and a “Skip if” line where the listing’s own details point to a poor fit.

What we could not verify

• The listing does not state a stake count for STIRLINGEAR, GTSABWAY, LAVEVE or Land Guard.
• The listing does not state how deep the strip goes into the soil for any product. Quibbay states its stake length only.
• No metal listing states a gauge or wall thickness, so the metal strips cannot be compared on thickness.
• No listing states a warranty, a UV rating or a service life in years. Land Guard and Quibbay describe a longer service life in general words only.
• Three listing fields conflict with the title or bullets: the Quibbay item count (91) against its 150 stakes, the Quibbay dimension field (100 inches) against its 100 feet, and the Hemikaki style field (4IN x 33FT) against its 3 inch by 50 foot title.
• The LAVEVE title gives 6 inches, while its bullets offer heights from 3 to 12 inches. The listing does not say which height applies to the item in the title.
• The two encyclopedia entries cited here cover the materials only. They do not cover edging installation, soil conditions, or how long any edging lasts.

FAQ

Which edging works in soft soil without digging?

Plastic stake-in rolls and the WONALOM panels are described for this. JERIA, Hemikaki and ESOHOT say no digging is needed. Quibbay says to wet dry soil before the stakes go in, and WONALOM’s panels are pressed into softened soil. None of the listings gives a stake depth, so check the soil before you buy.

Do metal strips always need a trench?

No. Only the GTSABWAY and Land Guard listings describe a trench, and they describe it for firm or harder soil: dig a narrow trench, place the strip and backfill. STIRLINGEAR describes pressing or lightly hammering the strip in, and the LAVEVE bullets give no installation steps.

Is galvanized steel the same as stainless steel?

Not according to the encyclopedia entry on stainless steel, which describes it as an alloy with chromium at 10.5% or more. The metal listings here describe galvanized steel, pre-rusted steel, or metal with an anti-corrosion treatment, and none says stainless steel. Treat their rust claims as the listings’ own claims.

How many stakes should I plan for?

Start with the count the listing states. Where none is given, use the planning figure from the example above, about 1.5 stakes per foot, and check the count against the length before you order.

Can I cut the edging to fit corners?

According to the listings, yes for most of the group. The plastic rolls from MIXC, Hemikaki, JERIA and Quibbay are described as trimmed or cut. The metal strips are described as cut with garden shears, tin snips or metal scissors, per STIRLINGEAR and GTSABWAY. LAVEVE says its strip can be cut for a fit. WONALOM’s panels connect rather than cut.

Which height should I choose?

Choose by the height the listing states in its title. The shortest stated heights are 3 inches and 3.15 inches, the middle range is 4 to 6 inches, and the tallest is 12 inches. The listings do not say how much height a given mulch depth needs, so treat the height as the visible edge and confirm it on the listing before you buy.

Bottom line

Choose a plastic stake-in roll when the soil is soft and you want a no-dig edge with a stated stake count. Choose a corrugated metal strip when the soil is firm and you can dig a trench, and accept that the listing may give no stake count. In every case, confirm the stated length, height and stake count on the listing before you buy, because two listings have fields that disagree with their own titles or bullets.

Sources

• High-density polyethylene, Wikipedia: describes HDPE as harder and more opaque than LDPE and able to withstand about 120 °C for short periods.
• Stainless steel, Wikipedia: describes stainless steel as containing chromium at 10.5% or more, which forms a passive film.
• Bed Edges, Illinois Extension, 2015: extension article by a horticulture educator (published May 24, 2015; opened 2026-10-20) on plastic durability, steel frost heaving and round-top versus flat profiles.