www.hunting-intl.com 800 320 5110 or +1 972 493 2580

The Perfecta® family is Hunting’s latest generation of shaped charges that have been engineered to provide superior performance in all types of formations.

The Perfecta Super Deep Penetrating (SDP) series offers unbeatable penetration when compared to conventional shaped charges while maintaining excellent hole diameter. These large holes assure greater tunnel volume beyond the damaged zone allowing for enhanced flow and productivity.

Perfecta Good Hole (GH) charges are unique in that they offer a perfect balance between larger hole diameter while retaining very good penetration. This kind of perforation is ideally suited for fracturing operations where hole size needs to be large enough for proppant flow, yet deep enough to go beyond the damaged zone to allow for lower break down pressures.

Perfecta Big Hole (BH) charges produce the maximum hole diameter and area of flow while keeping an effective penetration, perfect for gravel pack or frac pack operations.

INNOVATIONThrough years of research, development and experience, Hunting has proven itself to be the industry leader in shaped charge design and manufacturing. Utilizing the latest technology and innovative design, the Perfecta family of charges have increased in penetration performance up to 43% and entrance hole diameters by 39% compared to shaped charges designed a decade ago.

FEATURES

• Wide variety of charges to meet specific needs• Super deep penetrating charges perforate beyond the damaged zone• Greater formation contact created by bigger holes• Big hole charges optimized for gravel packs• Compatible and best used with all existing Hunting wireline and TCP

perforating systems• Can be deployed using all conveyance methods• Available with RDX, HMX and HNS

APPLICATIONS

• Natural flowing and stimulated wells• Sand control and gravel-pack completions• Production and injection wells• Damaged formations• All reservoir types• All fluid types (oil, water, gas)

BENEFITS

• Improves well performance• Capable of lowering skin factors allowing improved production

or injection• Helps reduce fracture break down pressure• Potential reduction in weak sand production• No incremental cost required to upgrade existing hardware

Performance comparison from 2000 to present for select Big Hole, Good Hole and Super Deep Penetrator gun systems

RDX

HMX(Capsule)

HMX (Hollow Carrier)

HNS

PYX

24 H

ours

48 H

ours

100

Hou

rs

200

Hou

rs

100

200

300

400

500

600

700

1 10 100 1000

Tem

pera

ture

(oF)

Exposure Time (hrs)

Temperature Chart

0

100

200

300

400

500

600

700

0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000

Bal

ance

Wei

ght

(lb)

Surface Pressure (psi)

Balance Point for Wireline

17/32"31/64"15/32"7/16"5/16"9/32"1/4"7/32"3/16"

Cable Diameter

MA

NU

FAC

TU

RIN

G

Hun

ting

prid

es it

self

on s

trict

and

un

ique

qua

lity

cont

rol a

pplie

d to

m

anuf

actu

ring

of P

erfe

cta

cha

rges

by

util

izing

the

late

st te

chno

logy

in

equi

pmen

t and

pro

cess

es. H

untin

g fu

lly c

ompl

ies

with

all

ISO

9001

:200

8 st

anda

rds

for q

ualit

y m

anag

emen

t.

Pack

agin

g is

des

igne

d to

w

ithst

and

the

toug

h oi

lfiel

d ha

ndlin

g, tr

ansp

orta

tion

and

stor

age.

Thi

s gu

aran

tees

the

outs

tand

ing

perfo

rman

ce

expe

cted

by

Perfe

cta

.

DE

SIG

N

Util

izing

kno

wle

dge

and

expe

rienc

e,

Perfe

cta

’s in

nova

tive

char

ge

desi

gns

trans

late

to a

new

leve

l of

deep

er p

enet

ratio

n an

d la

rger

hol

e si

ze. A

ll H

untin

g gu

n sy

stem

s ar

e de

sign

ed to

min

imize

deb

ris a

nd

low

er g

un s

wel

l.

Perfe

cta

cha

rges

are

des

igne

d an

d op

timize

d in

a c

ombi

natio

n of

m

ater

ials

that

cor

rela

te to

sof

t, m

ediu

m a

nd h

ard

rock

. Tes

ts a

re

also

per

form

ed u

nder

stre

ssed

co

nditi

ons.

All

this

equ

ates

to

shap

ed c

harg

es d

esig

ned

to

perfo

rm w

ell i

n ro

ck u

nder

do

wnh

ole

cond

ition

s.

Perfe

cta

line

r des

igns

focu

s en

ergy

to p

ortio

ns o

f the

jet

that

incr

ease

pen

etra

tion,

whi

le

min

imizi

ng w

aste

d en

ergy

th

at is

not

hel

pful

dow

nhol

e.

This

resu

lts in

cle

aner

, mor

e eff

ectiv

e pe

rfora

tions

.

As p

art o

f a s

tring

ent d

esig

n pr

oces

s, a

ll H

untin

g gu

n sy

stem

s ar

e te

sted

to e

nsur

e su

perio

r cha

rge

perfo

rman

ce

whi

le re

tain

ing

gun

surv

ivab

ility.

Che

ck w

ith y

our

loca

l Hun

ting

dist

ribut

or o

r G

unFa

cts®

dat

a sh

eets

for

test

resu

lts.

AP

I R

P-1

9B

Perf

orm

an

ce

Not

e: A

ll ch

arge

s av

aila

ble

with

RDX

, HM

X an

d H

NS.

Tab

le d

ispl

ays

char

ges

that

hav

e be

en A

PI R

P-19

B ce

rtifie

d†

xxx-

xxxx

-3xx

xx fo

r RDX

, xxx

-xxx

x-4x

xx fo

r HM

X, x

xx-x

xxx-

5xxx

for H

NS

‡ Lo

w s

wel

l (LS

) cha

rge

§ Sl

ick

gun.

No

scal

lops

Bes

t P

ract

ice

on

dec

idin

g w

hich

det

ona

ting

co

rd t

o u

seFo

r opt

imal

per

form

ance

of a

ny s

hape

d ch

arge

, the

sam

e ex

plos

ive

type

mus

t be

used

in d

eton

atin

g co

rds

and

shap

ed c

harg

es. M

ixin

g di

ffere

nt

expl

osiv

e ty

pes

can

caus

e a

detri

men

tal r

educ

tion

in s

hape

d ch

arge

per

form

ance

, cha

rge

inte

rfere

nce,

low

ord

er d

eton

atio

n an

d in

som

e ca

ses

a co

mpl

ete

mis

fire.

For

exa

mpl

e, P

ETN

det

onat

ing

cord

can

not p

rovi

de th

e ne

cess

ary

ener

gy to

hig

h or

der d

eton

ate

RDX

and

HM

X sh

aped

cha

rges

. Th

e on

ly e

xcep

tion

to th

is ru

le is

RDX

and

HM

X ca

n be

inte

rcha

nged

with

out t

akin

g te

mpe

ratu

re li

mits

in a

ccou

nt.

Gun

OD

(in)[m

m]

Cha

rge

Pa

rt N

umbe

r†Ex

plos

ive

Wei

ght (

g)

Shot

Den

sity

(spf

)[spm

],Ph

asin

g

Entra

nce

Hole

(in

)[mm

]

Pene

tratio

n(in

)[cm

]Bu

rr H

eigh

t(in

)[cm

]C

asin

g Si

ze(in

)[mm

]

Cas

ing

Wei

ght

(lb/ft

)[kg/

m]

Targ

et

Stre

ngth

(psi

)[MPa

]

Reco

mm

ende

d M

in. I

.D.

(in)[m

m]

CA

PS

UL

E S

TR

IP G

UN

S

1-11

/16

[43]

CAP

-170

8-42

1T8.

04

[13]

, 0°

0.24

[6]

20.4

1 [5

1.84

]0.

05 [0

.13]

4-1/

2 [1

14]

11.6

[17.

3]7,

170

[49.

4]1.

78 [4

5]

2-1/

8 [5

4]C

AP-2

115-

420T

15.0

4 [1

3], 0

°0.

28 [7

]34

.84

[88.

49]

0.05

[0.1

3]5-

1/2

[140

]17

[25.

3]7,

125

[49.

1]2.

25 [5

7]

SC

AL

LO

PE

D H

OL

LO

W C

AR

RIE

R G

UN

S

SUPER DEEP PENETRATOR

1-9/

16 [4

0]RT

G-1

604-

421T

3.5

6 [2

0], 0

°0.

23 [6

]12

.14

[30.

84]

0.04

[0.1

0]2-

3/8

[60]

4.6

[6.9

]6,

980

[48.

1]1.

78 [4

5]

1-9/

16 [4

0]RT

G-1

604-

421T

3.5

6 [2

0], 6

0°0.

20 [5

]12

.68

[32.

21]

0.04

[0.1

0]2-

3/8

[60]

4.6

[6.9

]6,

800

[46.

9]1.

78 [4

5]

2 [5

1]RT

G-2

104-

421T

‡4.

06

[20]

, 0°

0.21

[5]

19.0

5 [4

8.39

]0.

05 [0

.13]

2-7/

8 [7

3]6.

4 [9

.5]

8,36

0 [5

7.6]

2.18

[55]

2 [5

1]RT

G-2

107-

421T

7.0

6 [2

0], 6

0°0.

29 [7

]26

.07

[66.

22]

0.05

[0.1

3]2-

7/8

[73]

6.4

[9.5

]7,

760

[53.

5]2.

25 [5

7]

2-1/

2 [6

4]RT

G-2

512-

421T

12.0

6 [2

0], 6

0°0.

33 [8

]31

.26

[79.

40]

0.05

[0.1

3]3-

1/2

[89]

9.2

[13.

7]5,

970

[41.

2]2.

71 [6

9]

2-3/

4 [7

0]RT

G-2

512-

421T

12.0

6 [2

0], 6

0°0.

36 [9

]31

.90

[81.

03]

0.05

[0.1

3]4-

1/2

[114

]11

.6 [1

7.3]

8,05

0 [5

5.5]

3.00

[76]

2-3/

4 [7

0]EX

P-27

16-4

21T

16.0

6 [2

0], 6

0°0.

38 [1

0]35

.94

[91.

29]

0.04

[0.1

0]4-

1/2

[114

]11

.6 [1

7.3]

7,47

0 [5

1.5]

3.00

[76]

2-3/

4 [7

0]EX

P-28

18-4

21T

18.0

6 [2

0], 6

0°0.

41 [1

0]36

.22

[92.

00]

0.06

[0.1

5]4-

1/2

[114

]11

.6 [1

7.3]

7,92

0 [5

4.6]

3.13

[80]

2-7/

8 [7

3]EX

P-28

18-4

21T

18.0

6 [2

0], 6

0°0.

39 [1

0]37

.50

[95.

25]

0.05

[0.1

3]4-

1/2

[114

]11

.6 [1

7.3]

6,85

0 [4

7.2]

3.25

[83]

3-1/

8 [7

9]EX

P-33

19-4

23T

19.0

6 [2

0], 6

0°0.

38 [1

0]45

.89

[116

.56]

0.05

[0.1

3]4-

1/2

[114

]11

.6 [1

7.3]

5,90

0 [4

0.7]

3.58

[91]

3-1/

8 [7

9]EX

P-33

21-4

21T§

21.0

4 [1

3], 6

0°0.

43 [1

1]42

.13

[107

.01]

0.05

[0.1

3]4-

1/2

[114

]11

.6 [1

7.3]

6,32

0 [4

3.6]

3.58

[91]

3-1/

8 [7

9]EX

P-33

21-4

21T

21.0

6 [2

0], 6

0°0.

42 [1

1]44

.19

[112

.24]

0.05

[0.1

3]4-

1/2

[114

]11

.6 [1

7.3]

5,90

0 [4

0.7]

3.58

[91]

3-1/

8 [7

9]EX

P-33

23-4

23T

22.7

6 [2

0], 6

0°0.

46 [1

2]41

.17

[104

.57]

0.06

[0.1

5]4-

1/2

[114

]11

.6 [1

7.3]

6,77

0 [4

6.7]

3.58

[91]

3-3/

8 [8

6]EX

P-33

23-4

23T

22.7

6 [2

0], 6

0°0.

45 [1

1]42

.21

[107

.21]

0.06

[0.1

5]4-

1/2

[114

]11

.6 [1

7.3]

7,27

0 [5

0.1]

3.80

[97]

3-3/

8 [8

6]EX

P-33

26-4

21T

26.0

6 [2

0], 6

0°0.

41 [1

0]50

.05

[127

.13]

0.06

[0.1

5]4-

1/2

[114

]11

.6 [1

7.3]

7,83

5 [5

4.0]

3.80

[97]

4 [1

02]

EXP-

4039

-423

T38

.54

[13]

, 90°

0.44

[11]

62.8

1 [1

59.5

4]0.

07 [0

.18]

5-1/

2 [1

40]

17 [2

5.3]

6,46

0 [4

4.5]

4.60

[117

]

4-1/

2 [1

14]

EXP-

4521

-423

T21

.012

[39]

, 135

/45°

0.37

[9]

35.9

7 [9

1.36

]0.

05 [0

.13]

7 [1

78]

32 [4

7.6]

8,47

0 [5

3.4]

4.92

[125

]

4-1/

2 [1

14]

EXP-

4539

-425

T38

.55

[16]

, 60°

0.46

[12]

55.7

0 [1

41.4

8]0.

08 [0

.20]

7 [1

78]

32 [4

7.6]

6,32

0 [4

3.6]

4.92

[125

]

7 [1

78]

EXP-

4039

-423

T38

.512

[39]

, 135

/45°

0.40

[10]

49.6

0 [1

25.9

8]0.

09 [0

.23]

9-5/

8 [2

45]

47 [6

9.9]

6,17

5 [4

2.6]

7.50

[191

]

GOOD HOLE

2-1/

2 [6

4]RT

G-2

512-

431

12.0

6 [2

0], 6

0°0.

45 [1

1]20

.31

[51.

59]

0.05

[0.1

3]3-

1/2

[89]

9.2

[13.

7]6,

710

[46.

3]2.

71 [6

9]

3-1/

8 [7

9]EX

P-33

19-4

3119

.06

[20]

, 60°

0.55

[14]

29.1

8 [7

4.12

]0.

06 [0

.15]

4-1/

2 [1

14]

11.6

[17.

3]6,

375

[44.

0]3.

58 [9

1]

3-1/

8 [7

9]EX

P-33

21-4

3121

.06

[20]

, 60°

0.56

[14]

29.2

3 [7

4.24

]0.

06 [0

.15]

4-1/

2 [1

14]

11.6

[17.

3]6,

375

[44.

0]3.

58 [9

1]

3-3/

8 [8

6]EX

P-33

23-4

3122

.76

[20]

, 60°

0.59

[15]

29.4

2 [7

4.73

]0.

06 [0

.15]

4-1/

2 [1

14]

11.6

[17.

3]5,

350

[36.

9]3.

80 [9

7]

4-1/

2 [1

14]

EXP-

4521

-431

21.0

12 [3

9], 1

35/4

5°0.

46 [1

2]22

.02

[55.

93]

0.07

[0.1

8]7

[178

]32

[47.

6]5,

350

[36.

9]4.

92 [1

25]

BIG HOLE

3-1/

8 [7

9]FL

O-3

112-

411C

FZ12

.012

[39]

, 140

/20°

0.55

[14]

4.68

[11.

89]

0.06

[0.1

5]5

[127

]15

[22.

3]5,

860

[40.

4]3.

58 [9

1]

3-1/

8 [7

9]FL

O-3

323-

311C

F22

.76

[20]

, 60°

0.68

[17]

7.10

[18.

03]

0.07

[0.1

8]4-

1/2

[114

]11

.6 [1

7.3]

6,71

0 [4

6.3]

3.58

[91]

3-3/

8 [8

6]FL

O-3

112-

411C

FZ12

.012

[39]

, 140

/20°

0.59

[15]

5.31

[13.

49]

0.05

[0.1

3]5

[127

]15

[22.

3]5,

115

[35.

3]3.

80 [9

7]

4-1/

2 [1

14]

FLO

-462

3-41

1CFZ

22.7

16 [5

2], 1

40/2

0°0.

79 [2

0]7.

06 [1

7.93

]0.

05 [0

.13]

7 [1

78]

32 [4

7.6]

6,12

5 [4

2.2]

4.92

[125

]

4-5/

8 [1

17]

FLO

-462

3-41

1CFZ

22.7

16 [5

2], 1

40/2

0°0.

75 [1

9]6.

11 [1

5.52

]0.

05 [0

.13]

7 [1

78]

32 [4

7.6]

6,07

0 [4

1.9]

5.00

[127

]

5-1/

8 [1

30]

FLO

-512

8-31

1CFZ

28.0

12 [3

9], 1

35/4

5°0.

79 [2

0]9.

11 [2

3.14

]0.

04 [0

.10]

7 [1

78]

32 [4

7.6]

5,21

0 [3

5.9]

5.68

[144

]

5-1/

8 [1

30]

FLO

-513

0-31

1CF

30.0

12 [3

9], 1

35/4

5°0.

86 [2

2]8.

25 [2

0.96

]0.

05 [0

.13]

7 [1

78]

32 [4

7.6]

5,21

0 [3

5.9]

5.68

[144

]

7 [1

78]

FLO

-703

9-31

2CF

38.8

12 [3

9], 1

35/4

5°1.

10 [2

8]10

.37

[26.

34]

0.15

[0.3

8]9-

5/8

[244

]47

[69.

9]8,

633

[59.

5]7.

50 [1

91]

7 [1

78]

FLO

-703

9-31

2CF

38.8

18 [5

9], 1

40/2

0°

1.08

[27]

9.88

[25.

10]

0.09

[0.2

3]9-

5/8

[244

]47

[69.

9]5,

310

[36.

6]7.

50 [1

91]

7 [1

78]

FLO

-703

9-31

2CFZ

38.8

18 [5

9], 1

40/2

0°

1.06

[27]

9.73

[24.

71]

0.10

[0.2

5]9-

5/8

[244

]47

[69.

9]5,

310

[36.

6]7.

50 [1

91]

04/1

3

See

ww

w.h

untin

g-in

tl.co

m fo

r com

plet

e de

tails

and

cop

ies

of A

PI R

P-19

B re

gist

ratio

n an

d ce

rtific

atio

n sh

eets

. Or c

all y

our H

untin

g sa

les

repr

esen

tativ

e or

Hun

ting

Ener

getic

s at

(800

) 320

-511

0 or

+1

972

493-

2580

for

outs

ide

USA

.

Rig

ht T

ools

. Rig

ht L

ocat

ion.

Rig

ht T

ime.

Cop

yrig

ht ©

201

2 H

untin

g E

nerg

y S

ervi

ces.

All

Rig

hts

Res

erve

d.