Teufelberger Safety and Rescue Products - 电子画册在线预览、各类电子画册在线制作-云展网平台

All diameters

Green Navy Pink/Black Neonyellow/Black Neongreen/Black Purple/Black Black

Red

mm inch

Weight

g/m lbs/100'

Min. breaking strength

Free length

daN lbf

2.0 ⅟16 3.0 0.20 70 155

3.0 ⅛ 6.0 0.40 150 335

4.0 5⁄32 12.0 0.81 400 895

5.0 3⁄16 19.0 1.28 600 1,345

6.0 ¼ 24.0 1.61 800 1,785

8.0 5⁄16 41.0 2.76 1,400 3,145

10.0 3⁄8 70.0 4.70 2,000 4,495

12.0 ½ 89.0 5.98 2,500 5,620

12mm 14mm 16mm 18mm 20mm

Red/White Orange/White Yellow/White Green/White Blue/White

mm inch

Weight

g/m lbs/100'

Min. breaking strength

Free length Spliced

daN lbf daN lbf

12.0 ½ 103.0 6.92 3,500 7,860 3.000 6.740

14.0 9⁄16 151.0 10.15 5,200 11,680 4.420 9.930

16.0 ⅝ 185.0 12.43 6,300 14,160 5.350 12.000

18.0 23⁄32 227.0 15.26 7,700 17,300 6.540 14.700

20.0 25⁄32 285.0 19.16 8,800 19,780 7.500 16.860

Orion 500

The Polyester \"Jack of all Trades\". Orion 500 shines in stylish colors! Its 16-plait polyester cover and

its 8-plait core ensure good grip and make this rope easy to splice.

MAdE IN

Sirius Bull Rope

For years now, Sirius Bull Rope has been a must-have for arborists. The transverse stripes in the

cover pattern indicate when the rope is overloaded. The various diameter versions can be distinguished easily via diff erently colored tracer threads. Sirius Bull Rope continues to be a highly abrasion

resistant and easy to knot rope off ering unmatchable value for money.

MAdE IN

Features

• Allround rope

• Good grip

• Easy to splice

Specifications

Core: Polyester

Cover: Polyester

Braid: 16

Features

• overload indication

• High abrasion-resistant

• Easy to knot

Specifications

Core: Polyester

Cover: Polyester

Standard: Machinery directive 2006/42/EC

as amended for arborist rigging

Braid: 32

GENERAL PURPOSE ROPES

All diameters

Blue Red White

mm inch

Weight

g/m lbs/100'

Min. breaking strength

Free length

daNlbf

2.0 3⁄32 2.2 0.15 400 900

3.0 1⁄8 6.7 0.50 1,020 2,300

4.0 5⁄32 9.2 0.62 1,600 3,600

5.0 3⁄16 17.7 1.19 1,980 4,450

6.0 1⁄4 25.3 1.70 3,535 7,950

8.0 5⁄16 34.2 2.30 5,915 13,300

10.0 3⁄8 50.6 3.40 7,470 16,800

11.0 7⁄16 59.5 4.00 9,875 22,200

12.0 1⁄2 87.8 5.90 14,275 32,100

14.0 9⁄16 102.7 6.90 17,570 39,500

16.0 5⁄8 135.4 9.10 22,595 50,800

18.0 3⁄4 196.4 13.20 25,800 58,000

Endura 12®

Endura 12® is manufactured from 100% UHMWPE fiber. The result is a rope that is extremely

high strength, very lightweight, and very low stretch. The 12-strand single braid construction

is supple, non-rotational, and easily spliced. Endura 12® is ideally suited for wire replacement

and where weight is a primary design consideration.

MAdE IN

Features

• Excellent strength-to-weight ratio

• Excellent wet/dry strength retention

• Will not absorb water

• Urethane coated for improved abrasion

resistance and color coding

• Spliceable

Specifications

Material: UHMWPE

Braid: 12

GENERAL PURPOSE ROPES

All diameters

White Green Fleck Blue Fleck Red Fleck Green Red Blue

Black

mm inch

Weight

g/m lbs/100'

Min. breaking strength

Free length

daN lbf

5.0 3⁄16 16.4 1.1 530 1,200

6.0 1⁄4 29.8 2.0 975 2,200

8.0 5⁄16 46.1 3.1 1,555 3,500

10.0 3⁄8 64.0 4.3 1,775 4,000

11.0 7⁄16 89.3 6.0 2,310 5,200

12.0 1⁄2 116.0 7.8 3,935 8,850

14.0 9⁄16 150.3 10.1 4,225 9,500

16.0 5⁄8 177.1 11.9 5,780 13,000

19.0 3⁄4 252.9 17.0 9,785 22,000

25.0 1 482.0 32.4 14,855 33,400

Sta-Set® MAdE IN

12mm

White

mm inch

Weight

g/m lbs/100'

Min. breaking strength

Free length

daN lbf

12.0 1⁄2 113.1 7.60 3,000 6,750

The industry leading polyester double braid. Low stretch and durable line ideal for all applications

requiring control lines, positioning, lifting, or lowering.

Features

• Low stretch

• Strong

• Flexible

• Durable

• Long wearing

Specifications

Core: Polyester

Cover: Polyester

Braid: 24

Features

• Polyester & polyolefi n

strands surrounding

a core of tightly

bundled nylon

• High twist levels

in the strands

increase abrasion

Safety Pro-12

Safety Pro-12 has a unique design that results in a rope that is easy to knot yet resists fl attening

which is common on other 12-strand climbing ropes. The diff erence is in the construction. Each of

the twelve strands in Safety Pro-12 consists of a core of lightweight polyolefi n surrounded by tough,

durable polyester. The twelve strands are then braided around a bundle of our blue nylon core

yarns. The result is a hybrid 12-strand kernmantle design that strikes the perfect balance between

fi rm and supple. Safety Pro-12 has minimal bounce so there is little wasted energy when climbing.

Its high strength and outstanding abrasion resistance also make Safety Pro-12 a great rigging rope.

MAdE IN

• Resistance and

lengthens service life

• Stays fi rm and round, yet

is supple for excellent

knot holding properties

• Low elongation

• Very little bounce

Specifications

Core: Nylon

Cover: Polyester / Polyoefi n

Braid: 12

GENERAL PURPOSE ROPES

Technical

Information

Fiber structures

Textured fibers

A certain degree of disorder is

caused in a formerly straight bundle of synthetic fibers to generate

characteristics which are usually

seen only on natural fibers.

Characteristics:

• Good grip

• High elasticity

• Traditional look and feel

Monofilaments

The yarns consist of one single

element of a relatively large diameter and are braided into a rope.

Characteristics:

• Very good abrasion

resistance

• Low dirt take-up

• Stiff structure

Multifilaments

A bundle of thin fibers processed

into twines which then are braided

into a rope. The majority of fiber

ropes follow this basic design.

Characteristics:

• High flexibility

• High tensile strength

Staple fiber

This type of material consists of

spun pieces of short filaments

instead of a bundle of long ones.

Characteristics:

• Excellent grip

• Soft handling

Technical information

Raw Materials

Technical properties of available raw materials

PBO

Polybenzoxa

zoles, Crystal

Polymer

UHMWPE

Ultra

High

Molecular

Weight

Polyethylene

Aramid

Aromatic

Nylon

LCP

Liquid

Crystal

Polymer

PES

Polyester

Polyamide

Polypropylene

Typical

Marketing Term

Zylon® Dyneema® Technora®/

Twaron®/ Kevlar®

Vectran® PES Nylon PP

Strength

(daN/mm2)

574 345 300 300 110 81 52

Specific

weight (g/cm3)

1.54 0.97 1.40 1.41 1.40 1.14 0.91

Water intake ( %) 0.5 – 2.0 0 2 <0.1 <0.5 4 – 6 0

UV-resistance low good limited limited very well average good

Elongation (%) 2.5 – 3.5 3.5 3.5 3.5 10 – 16 20 – 25 18 – 22

Abrasion

resistance (dry)

good very good very good very good good very good sufficient

Abrasion

resistance (wet)

good very good very good very good very good good good

Creep almost not measurable

at high loads almost not measurable

not

measurable

almost not measurable

low at high loads

Melting temp.(°C) charred at

650

140 charred at

500

330 260 230 165

PBO (Polybenzoxazoles, Crystal Polymer)

The generic fiber PBO refers to Zylon® which is a high performance

fiber with the highest strength and lowest stretch of any commercially

available fiber. It is extremely expensive and experiences progressive

strength loss when exposed to UV-rays.

UHMWPE (Ultra High Molecular Weight Polyethylene)

UHMWPE (also known as UHMPE or HMPE Dyneema®) is an extremely

high strength fiber of ultra high molecular polyethylene. For the same

weight it has 15 times the tensile strength of steel. Rope made from

this type of fiber shows very low elongation and high tensile strength.

If very high loads are being applied for a long period of time, UHMWPE

fiber tends to creep. The rope then is irreversibly extending its length.

At the same time, these robust fibers show excellent performance in

terms of abrasion resistance and good UV-resistance.

Aramid (Aromatic Nylon)

Aramid fibers have an extremely high breaking load and show almost

no stretch. On the other hand they are sensitive to UV-rays. It is mainly

used in places where high temperature resistance is essential, for example on winches, in hot air balloon ropes, or for any other application

where heat exposure needs to be considered.

LCP (Liquid Crystal Polymer)

LCP (known as Vectran®, a brand name of Kuraray), combines extremely low elongation with extremely high breaking loads. However,

its UV-resistance is not very high. It is heat resistant and not very

sensitive to bending over sharp edges. The big advantage of Vectran®

is, however, that compared to UHMWPE it does not creep.

PES (Polyester)

Static ropes made of polyester fibers are characterized by good

breaking loads and low stretch. This material offers both chemical

and physical advantages such as UV resistance salt water resistance,

and good abrasion strength in both dry and wet conditions. However,

the dynamic energy absorption capacity is much lower than that of

nylon ropes and therefore only to a limited extent suitable for types

of use involving high impact forces.

NY (Nylon) / PA (Polyamide)

Nylon has a high breaking load as well as high elongation. Preferably,

it is used in products that are required to absorb shock loads. The

abrasion resistance of nylon is better in wet conditions than in dry

conditions because it tends to take up water (up to 7%). Kept in wet

conditions for too long, the material can become stiff. Another disadvantage compared to polyester is the lower resistance to UV-radiation

in sunlight.

PP (Polypropylene)

Due to its limited technical characteristics, polypropylene is only used

for simple applications. PP is very light and even buoyant in water.

Its abrasion resistance and temperature resistance are lower than

those of most other fibers.

Technical information

Rope Constructions

At Teufelberger we go the extra mile to get the max imum

performance out of each of our ropes. Whatever you expect

from your rope, we have the right product for you.

3-Strand

A special stabilization process and a solid, balanced construction produce a durable,

long-lasting, fl exible and easy-to-handle rope that won’t harden with age.

Single braid

A supple construction that absorbs twist and does not kink.

This simple construction provides great ease of splicing.

Double braid

A braided core inside a braided cover produces an easy-to-handle rope that is strong

and very durable. Since the rope consists of two individual parts, it is possible to combine

diff erent fi bers to create ropes merging specifi c characteristics of diff erent raw materials.

For example, a high tensile core with a heat resistant cover.

Kernmantle

Features a 32-carrier, 40-carrier or 48-carrier sheath that protects the core from grit and

particle absorption. The sheath is designed to generate some grab and friction for rappelling and lowering operations. The core is comprised of bundles of fi ber that are loosely

twisted. These bundles help to keep the rope fi rm yet fl exible.

PLATINUM®

Fiber ropes with the Platinum® technology, Teufelberger’s innovative braiding technology,

feature a permanent, mechanical connection between the core and the cover. The parallel

cores are also connected to one another. This interconnection of the independent elements

of a rope results in a compact rope with good handling and higher safety, especially when

used in harsh environments.

Bi-Pattern

Bi-Pattern ropes change pattern at their midpoint to permanently mark the center of the

rope in a way that is immediately visible to the climber. This change in pattern is generated

by repositioning the bobbins (spools) during the braiding process. As no fi bers are cut,

tied or spliced and no pigments or other chemicals are applied to mark the middle points,

Bi-Patterns are the safest form of mid-point marking available for climbing ropes.

PROTECT

The unique and patented PROTECT technology includes a revolutionary aramid intermediate sheath to provide unmatched resistance to abrasion and wear.

TECHNICAL INFORMATION

Terminations

Splice

A splice is obtainable for all single and double braids.

Thimble

Spliced eyes with thimbles are the most general kind of terminations.

Extremely versatile and robust, thimbles are the fi rst choice for numerous applications.

spLIFE

spLIFE is a slim, fl exible and light end termination that allows to fi t the rope end easily

through gear and devices. The spLIFE termination is off ered by Teufelberger and a variety

of accredited partners.

Stitched terminations

Teufelberger cuts the rope to the required length and makes stitched terminations meeting

individual requirements. By building on decades of sewing experience and a great wealth of

expertise in this fi eld, we succeed in maintaining breaking forces at a very high level.

Tapered end

Rope and cord which is provided as a component for various pieces of machinery or appliances

is often required to be prepared for a fi nal assembly process. Tapered ends are important

to facilitate easy mounting procedures.

TPT Technology

Twill Pattern Technology (TPT) is a special cover design resulting in a twill pattern (one

over one) or weave. This design results in a cover/sheath that has a smaller profi le in

cross-section than plain pattern sheaths – the more traditional-looking climbing rope

cover/sheath. For the climber, this means improved abrasion resistance over abrasive

surfaces due to the smaller profi le, as well as signifi cantly reduced drag in carabiners

and mechanical devices.

Fides III Technology

This type of rope structure is characterized by a 32-plait braided cover and three braided

cores. Its design makes this rope particularly well suited for use around sheaves. Furthermore, it provides above average breaking forces in combination with various types

of hardware.

TECHNICAL INFORMATION

Coatings and special treatments

Endura Standard

DRY and 2x-DRY

Endura DRY is a multi-stage application process for MAXIM® climbing ropes to protect

them against water. For standard (STD) dry

ropes, the coating is applied to the individual

core yarns prior to the braiding process.

All MAXIM® ropes have dry-treated cores

surrounded by a durable, protective nylon

sheath to lock in the water-blocking power

of the coating. Select models of MAXIM®

ropes are 2x-DRY - they have dry treated

core and cover. These ropes are treated

a second time by submerging the finished

rope in our proprietary dry coating. Then

the finished product is cured by using an

environmentally controlled process, creating

a chemical bond between coating and fibers.

Endura DRY does more than keeping water

out of the rope. The coating also lubricates

individual core fibers improving resistance

to internal abrasion that can occur beneath

the surface.

Technique

S.Y.I.S. – Single Yarn

Impregnation System

Before braiding the rope, all single yarns are

being dipped and fixed. Added color pigments

allow to apply any desired color.

Rope Coating

After braiding the rope, the complete construction is dipped in a calibrated procedure. Again,

a final fixing step will be carried out to ensure

that applied substances remain attached to

the rope’s fibers as long as possible.

Coating materials

We use a huge variety of compositions to

influence specific rope properties in a carefully controlled manner. For this purpose,

we rely on the following substances:

• Polyurethane

• Silicones

• Wax

• Acrylates

• PTFE

Rope properties

These are some of the properties that we

are able to improve with coatings and special

treatments:

• High yarn on yarn abrasion resistance

• High yarn on metal abrasion resistance

• UV-resistance

• Water repellence

• Mold resistance

• Keeping color

• Traction

• Fire retardance

• Improved CBOS fatigue

(cyclic bend-over-sheaves)

Technical information

Rope Care, Safety & Usage

We take great care in manufacturing the highest-quality

ropes. A few guidelines about their use will help you increase

the service life of the rope and assist you in achieving the

best possible performance using our products.

Elimination of Twist

Twist increases the likelihood that a rope will kink and get caught in

pieces of equipment. Severe twist can cause the rope's cross-section to become non-round, resulting in higher rear rates and reduced

strength. Eliminating twist from a rope improves its handling comfort

and prolongs its service life. Therefore, the rope must be uncoiled

correctly, laid out straight and dragged while the loose end is allowed

to untwist itself freely. Winding it up in figure 8 slings or stowing it in

a rope bag prevents the rope from becoming twisted during storage.

Rope Storage and Care

Recommended conditions for proper storage:

• Storage temperature: approx. 68°F / 20°C

• Relative humidity: 65% max.

• No direct exposure to sunlight

• No aggressive chemicals (e.g. acids and

alkalis) in the rope's vicinity

• Protected against sharp-edged objects

Service Life

It is clearly not possible to offer a general statement about the product‘s service life, as such life span depends on various factors, e.g., UV

light, type and frequency of use, handling, climatic influences such as

snow, environments such as salt, sand, battery acid, etc. The actual

useful life depends solely on the condition of the product, which in

turn is influenced by various factors (see above). Extreme influences

may shorten it to a single use only or to even less if the equipment

is damaged prior to its first use (e.g. in transport). Mechanical wear

and other influences such as the impact of sunlight will decrease

the service life considerably. Bleached or abraded fibers, harness

webbing, discoloration, and hardened spots are surefire indicators

that the product needs to be retired. In general, the following rule

applies: if the user, for whatever reason – however insignificant it may

seem – is uncertain whether or not the product meets all the necessary criteria, its use must be discontinued and it must be handed to

a qualified expert for testing and inspection. Retire any product that

exhibits signs of wear! Following a fall, it is absolutely necessary that

the product be replaced!

Abrasion and Sharp Edges

Abrasion and sharp edges are a rope’s worst enemies. Check all pieces

of your equipment prior to use in order to verify that there are no burrs

or sharp edges. Following climbs in highly abrasive environments,

always check the ropes for wear-induced damage.

Checks and Inspections

Prior to and after any use, verify that the ropes are in a proper functional condition. Any abnormalities must be noted on the inspection

card accompanying the product or a rope log. In order to ensure the

user's safety, the product must be checked at least once annually

by a qualified expert. If there are any doubts about its safety, the

product must be retired. For more detailed information, please read

the instructions for use accompanying our products.

Cleaning

Dirt can penetrate a rope resulting in abrasion. In the case of

slight soiling, wash the rope with clear water. In the case of more

severe soiling, clean the rope with lukewarm water using a rope

cleaning detergent. Rinse the rope thoroughly and allow it to dry

slowly in the shade, not in direct sunlight and not near radiators.

In general the use of distilled water is preferred, as upon drying

extremely calcareous water causes lime to crystallize inside the

rope. When using a washing machine, possible use a front-loading

washer; otherwise, wash your rope in a mesh bag or pillowcase

to avoid tangling.

Damage and Retiring of Products

Textile products (harnesses, ropes, lanyards) shall generally be retired:

• If straps or seams are damaged

• Upon contact with chemicals, acids, oils, solvents

• Upon exposure to heavy mechanical loads (falls)

• In the event of signs of extreme wear (abrasion, furring)

• In the event of heavy irreversible

contamination (grease, oils, bitumen)

• In the event of fusion or signs of melting

(after extreme thermal loads)

• Contact and friction heat

• End of permitted maximum service life

• If exceeded fall rating

• Inspect all ropes before every use for signs of wear or

damage. Retire any rope that is cut or abraded.

More Info

For details regarding the

service life of the various

products, please see the

relevant manufacturer's

information documents.

Technical information

Teufelberger Fiber Rope GmbH

Vogelweiderstraße 50

4600 Wels, Austria

Telephone: +43 (0) 7242 413-0

Fax: +43 (0) 7242 413 9175

fiberrope@teufelberger.com

Teufelberger Fiber Rope Corp.

848 Airport Road

Fall River MA 02720, USA

Telephone: 508 678 8200

Fax: 508 679 2363

fiberrope@teufelberger.com

www.teufelberger.com

11/2024 | Safety and Rescue | EN

Art.Nr. 7999309 / 5000003

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