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Unbreakable shoe laces – diamondlace™

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Description Specs Warranty

Diamond Lace – Unbreakable Shoe Laces

Footwear is a critical piece of personal protective equipment (PPE) in many industries throughout the world. The performance of boots and shoes can be greatly diminished by inferior quality shoe laces. Broken laces can cause down-time, inconvenience and monetary loss as replacement shoe laces are frequently required. Broken laces can also be a potential tripping hazard which creates a safety concern that cannot be ignored. The diamond laces™ unbreakable shoe laces are designed specifically to address these issues. These heavy duty boot laces are stronger than steel, making them the toughest boot laces on the market. With our diamond laces™ lifetime guarantee you will never need to buy replacement shoe laces as long as you own your boots.

 

Diamond Laces

 

  • MADE IN USA : diamondlace™ is made in the USA.
  • NON CORROSIVE : A significant benefit of diamondlace™ is their anti-corrosive properties. They will survive marine and extremely corrosive environments.
  • STRONGER THAN STEEL: diamondlace™ is five times stronger than steel.
  • ABRASION RESISTANT: diamondlace™ has excellent abrasion resistance and will outperform Kevlar by 15 to one in abrasive applications.
  • CHEMICAL RESISTANT: In harsh environments diamondlace™ has unique chemical resistant properties.
  • FIRE-RESISTANT: diamondlace™ in the sizes 84”/96”/108” can handle exposure to temperatures of up to 2000℉ / 1000℃ and will not burn (all other sizes: heat-resistant up to 600℉ / 315℃).

 

Diamond Laces

Diamond Laces

 

Diamond Laces

Diamond Laces

All diamondlace™ products are backed by our lifetime guarantee. You will never need to buy replacement shoe laces again.

diamondlace™ products are available at select retail locations worldwide.

 

 

diamondlace™ testing the unbreakable shoe laces

Comparison testing of diamondlace™ and other boot laces

The tests were conducted by Tension Technology International (TTI) on the diamondlace™ boot laces, on four conventional boot laces and on four Kevlar boot laces. The tests were performed by drawing these laces back and forth through a grommet until they failed.

 

Boot Lace Samples

The construction of the shoe laces varied. Several, including diamondlace™, were solid braid.

Several were hollow braid sheath, with or without core. Several were flat braid. The ProCare Kevlar lace comprised a polyester hollow-braid sheath and a solid-braid multi-color polyester core. I detected no Kevlar yarn in this product.

The gold Kevlar was a flat-braid construction of Kevlar strands. The black and gold Kevlar was a flat-braid construction comprised of two gold Kevlar strands and many black polyester strands.

 

Test Procedure

The tests were conducted on a modification of the 4-station yarn-on-yarn abrasion test machine. That test machine is usually used to conduct yarn-on-yarn abrasion tests in accordance with industry standards. 2 3 The modified test machine is shown in Figure 10. 1/4 inch brass grommets, similar to those used in boots, were inserted in holes drilled through aluminum angle bars. These bars were mounted on the four stations of the test machine. The boot lace specimens was run through the brass grommet. Figures 11 and 12 shows a boot lace running through a grommet. The boot lace specimen was pulled back and forth through the grommet with a stroke of 2 inches at a rate of one cycle per second. Cycles were counted. Each counter shut off automatically when the lace failed.

Screenshot 2020 03 07 at 13.58.19

Test Results

Graphs  2 compare the test results. The cycles to failure are averages for at least four tests on each sample.

The Diamond Lace boot lace lasted an average of 202,000 cycles, more than ten times longer than most of the other boot laces.

The Kevlar boot laces did not perform as well as the conventional boot laces. The gold Kevlar performed the best in this category, achieving an average of 9,500 cycles. The black and gold Kevlar boot lace, which contained only a few strands of Kevlar, lasted about two thirds the number of cycles as the gold boot lace which was all Kevlar.

The polyester boot lace performed best among the conventional boot laces, achieving an average of 38,800 cycles. Although the ProCare boot lace was claimed to contain Kevlar, it was all polyester, and did not perform as well as the other polyester boot lace. The leather boot lace performed the poorest, lasting an average of only 2,100 cycles.

The principal cause of failure of the boot laces in these tests was internal abrasion, caused by rubbing between strands as the boot lace bent and then unbent as it was pulled through the grommet. This is a common form of failure in cordage products.

Kevlar is particularly poor in strand-on-strand abrasion of this type. Polyester is relatively good. Photos 12A and 12B show the Diamond Lace boot lace at two stages of testing. At 140,000 cycles, there was only modest abrasion. At 280,000 cycles, there was extensive abrasion, the boot lace was still usable, and it failed shortly after.

Many of the other boot laces suffered extensive abrasion long before complete failure, to the extend that they would be virtually unusable. Several of the boot laces essentially failed when their outer covers completely failed, even though the inner core remained intact. Photo 13 shows the ProCare Kevlar boot lace with the outer cover failed.

 

Diamond Lace Testing

 

Conclusions

diamondlace™ unbreakable shoe / boot lace performs ten times or more better than most other boot laces when pulled back and forth through a boot grommet.

It performed more than twenty times better than the Kevlar boot laces which were tested. The Kevlar boot laces did not perform as well as most of the conventional boot laces which were tested.

Diamondvrconventional
DiamondvrKevlar
Colours

Black, Brown

Product

108 inch fire-resistant (3.0mm), 33 inch Oxford Shoe (3.0mm), 45 inch 6 – 8 pair eyelets (3.0mm), 54 inch 9 – 10 pair eyelets (3.0mm), 63 inch 10+ pair eyelets (3.0mm), 72 inch 10+ pair eyelets (3.0mm), 84 inch fire-resistant (3.0mm), 96 inch fire-resistant (3.0mm)

Uses

Suitable for use with all footwear including leather, nubuck, suede, Gore-Tex and other synthetic materials.

Diamond Performance no-hassle guarantee!

Isn’t it annoying when you pay for something, and then it doesn’t work or it breaks after you bought it?

Even worse, when you contact the company who sold you the product, they don’t do anything to make it right.

They simply shrug it off, mumble a meaningless apology, or worse yet, they make it sound like it was your fault!

You’ll never be treated that way in dealing with us!

 

We offer a no-hassle, lifetime guarantee on all product lines we sell!

And when we say no-hassle, we mean it! If you have an issue with any diamond Performance product we provided, this is what we’ll do:

  • If our products break or fail, in any way, due to a manufacturing defect or natural wear and tear, we replace it at no cost to you, period!
  • Simply send us a picture of the failed product and we’ll immediately ship out a replacement ( zero shipping cost to you! ), and that’s how we offer a truly hassle-free guarantee.

 

We stand by our products with what we believe is the best No Hassle Guarantee in the world!

Your call is important to us!
Most companies make getting a replacement under warranty difficult just because they won’t answer your call, email, etc.

At Diamond Performance, that’s never the case!

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