VAMPTECH IS A HIGH PERFOMANCE PLASTIC COMPOUNDER, ORIGIN IN ITALY, THEY BUILT UP COMPOUNDING FACTORY IN MALAYSIA TO EXTEND BUSINESS ACROSS SEA REGION. SPECIALLY, ALL ENGINEERING PLASTIC COMPOUNDS ARE COMPLIED TO UL STANDARD

1. Since 1988
Advanced Modified Polymers
BUILDING
& EXTRUSION
E-Mobility
Electric
& Electronics
Household
Appliances
Public
transportation
Building
& Extrusion
FLAME
RETARDED
& HIGH TECH
COMPOUNDS
vamptech.com

3. Since 1988
Advanced Modified Polymers
COMPANY PROFILE
Vamp Tech was founded in 1988 with the vision to be recognized as a specialized
player in the area of flame retardant compounds; in more than 30 years we have
developed a strong chemical know-how and a large understanding of the most im-
portant needs for the markets we are serving.
With more than 4000 formulations developed in its R&D department, Vamp Tech
can provide customized solutions to meet the most challenging requirements for
thermoplastic applications. Distribution of engineering plastics from leader produ-
cers can increase our capability to supply a wide range of solutions for our customers.
2 production sites, Sales Representatives and Market Development specialists loca-
ted in our main markets, with the support of local agents and distributors allow Vamp
Tech to be a reliable partner for major global customers.

4. PRODUCTION AND
R&D ASSETS
Attention to work safety and environmental tutorship are key indicators leading company
management to run the business respecting interests of stakeholders and of communities in
which we operate. In our production sites, highly automatized compounding lines can produ-
ce up to 22000 MT/y of flame retardant and high technical engineering plastics.
- 14.500/11.500 Square meters of covered/uncovered facilities
- 8 twin screw extruders
- 10 silos for raw material stock, from 10 to 120 m3.
Our R&D Department is fully equipped with state-of-the-art instruments that allow Vamp
Tech to perform all the necessary tests and simulations and develop new products following
specific customer’s needs.
- 2 dedicated twin screw extruders
- 4 injection moulding machines
- Quality control laboratories ISO 9001 for mechanical, physical and thermal tests
- Flammability chamber for UL and other burning tests, GWT, CTI and LOI for complete
characterization of flame retardancy properties.
- Climate chambers and ovens for sample conditioning
- DSC, TGA, FTIR and XRF for a complete chemical characterization
- Laser writing and UV testing for further evaluations on molded parts

5. PRODUCT PORTFOLIO
Vamp Tech product portfolio is based today on more than 4000 different formulations, deve-
loped on a huge number of thermoplastic resins (PA66, PA6, PPA, PPh and PPc, PE HD, ABS,
PC, PBT, PS, ASA, PPOm, PEEK, PPS, PSU, PPSU and blends of them).
Following market requests, an increasing number of certifications and approvals adds value to
our product range; among them:
UL Yellow cards
EN 45545 (R1, R6, R21, R22, R23)
NFPA 130
VDE
NSF
ECE R 118
FLAME RETARDANT COMPOUNDS
VAMPAMID 66, VAMPAMID 6, VAMPAMID HT – polyamide based (PA66, PA6, PPA)
VAMPLEN, VAMPLEN HD – polyolefin based (PPh, PPc, PE HD)
VAMPTER, VAMPTER C, VAMPTER Q – PBT based resins and blends (PBT/PC, PBT/ ASA)
VAMPSAB, VAMPSTYR, VAMPCARB, VAMPALLOY – styrenic based (ABS, PS, PC, PC/ABS)
VAMPEEK , VAMPSON– high performance semycristalline grades (PEEK, PPS)
VAMPSULF, VAMPORAN – high performance amorphous grades (PSU, PPOm)
TECHNICAL COMPOUNDS
The high level of flexibility of our production lines and the technical knowledge on polymer for-
mulation make of Vamp Tech a supplier of choice for any kind of thermoplastic based compound,
especially when a high level of customization is required, like customized colours or specific ae-
sthetic requirments.
Semicrystalline solutions: DENYL 66 (PA66), DENYL 6 (PA6), DENYL HT (PPA), DENITER (PBT),
DENILEN (PP), DENIFORM (POM)
Amorphous solutions: DENISAB (ABS), DELOXEN (PPOm), DENIBLEND (PC/ABS), DENITER C
(PC/PBT)
SPECIAL COMPOUNDS
To meet specific performance requirements, Vamp Tech R&D department has developed
solutions with specific target properties; flame retardant grades can be available for most of
them:
VAMPTHERM, DENITHERM – thermally conductive grades for metal substitution application;
based on a wide range of polymers, can be either electrically conductive or electrically insulating
VAMPSTAT, DENISTAT – electrically conductive or electrically dissipative grades, the perfect
solutions for ATEX environments. Some grades can also guarantee EMI shielding protection.
VAMPLUB, DENILUB – tribological grades for parts exposed to wear

6. Household Appliances
Fire safety protection is a mandatory requirement for appliances that enter in our houses. EN 60335
part 1 is the standard that defines how household and similar electrical appliances can meet the overall
requirements of the Low Voltage Directive and other few, as relevant. Following the constant request to
increase level of protection, also after dramatic events like the Grenfell Tower fire in June 2017, today
huge activities are in place in order to define more strict standards for the new generations of appliances.
Furthermore, environmental sustainability is becoming more and more a requirement; as an example, the
Swedish Law 2016:1067 is trying to reduce the exposure to hazardous substances contained in electronics
to the general public.
VAMP TECH is since a long time a supplier of choice of the Household Appliances market, with a wide ran-
ge of approved materials in different demanding applications. Our product range includes several grades
that can comply with GWEPT (750°C) requirements, UL 5VA, ASTM E 162, needle flame to name most
important ones.

7. 90% REDUCTION FOR SWEDISH TAX
GRADE Material type Flammability Characteristics RTI Key Characteristics
VAMPAMID
66 3028 V0 HF
PA66, 30% glass fibre reinforced,
UL94-V0 halogen free
V0 @ 0,4mm, 5VA @ 1,6 mm,
GWT 750°C no flame
140°C @ 0,4 mm
Higher rigidity, dimensional stability
and surface resistivity compared
to standard halogen free polyamide
formulations
VAMPLEN
0024 V2 LBC GW
PP based compound, unreinforced,
Halogen Free flame retarded formulation
V2 @ 0,75mm, ball test 125°C ,
GWIT = 775°C @ 1,2,3 mm
110°C @ 1,6 mm
Good dimensional stability
and surface appearance
VAMPLEN
0024 V0 C TF
PP based compound, unreinforced,
Halogen Free flame retarded formulation
V0 @ 1,5mm,
GWT 750°C no flame @ 1.0 mm,
ball test 125°C
Not listed
Hinge effect, LOI > 32,
low smoke density
VAMPLEN
0064 V0
PP based compound, unreinforced,
Halogen Free flame retarded formulation
V0 @ 3,2mm Not listed
Good dimensional stability,
very low smoke toxicity
5VA GRADES FOR HA MARKET
GRADE Material type 5VA listing Flammability Characteristics
Key Characteristics
VAMPAMID 66 2526
V0 40
PA66, 25% glass fibre reinforced,
UL-94 V0 halogenated
1,6 mm
V0 @ 0,4 mm, RTI 140°C, GWIT >
775°C
Very good flammability properties,
high mechanical properties, good aesthetic
properties, good processability
VAMPAMID 66 3028
V0 HF
PA66, 30% glass fibre reinforced,
UL94-V0 halogen free
1,5 mm
V0 @ 0,4 mm, RTI 140°C, GWIT >
775°C
High rigidity, high dimensional stability and
surface resistivity, very good processability and
low corrosion
VAMPLEN M 2025 O
V0 DF
PP, 20% mineral filled,
UL-94V0 halogenated
2,0 mm
V0 @ 1,6 mm, f1 classification for
outdoor use, following UL 746C
Good mechanical properties, very good
dimensional stability, very good flammability
behaviour.
VAMPSAB 0023 V0 A
ABS, unreinforced,
UL94-V0 halogenated
1,6 mm V0 @ 1,6 mm
Very good dimensional stability and surface
aspect, good processability
VAMPTER 3026 V0 DF
PBT, 30% glass fibre reinforced,
UL-94 V0 halogenated
1,6 mm V0 @ 0,4 mm, RTI 140°C
Very good flammability properties,
low moisture absorption, good mechanical
properties, good processability
VAMPTER 1026 V0 DF
PBT, 10% glass fibre reinforced,
UL-94 V0 halogenated
1,6 mm V0 @ 0,4 mm, RTI 140°C
Very good flammability properties,
high flexibility, low moisture absorption,
good processability

8. Electric & Electronics
Plastics used in electrical applications have to show excellent electrical performances, good mechanical
properties as well as high dimensional stability under heat, in addition to suitable flammability behavior.
With more than 30 years of experience in flame retardant formulation and manufacturing, VAMP TECH
can exhibit an outstanding portfolio of solutions for major applications in this area.
Our solutions can be based on different polymers and for the majority of the formulations custom colors
can be reached, together with optimization to laser writing or welding.

9. BOARD CONNECTORS
VAMPAMID HT 3028 V0
PPA,
30% glass fibre reinforced,
halogen free
CONNECTORS
VAMPAMID 66 0023
V0 H GW
PA66, unfilled, UL94-VO
halogenated
CIRCUIT BREAKERS
VAMPAMID 66 2526 V0 40
PA66,
25% glass fibre reinforced
UL-94 VO halogenated
RELAY BASES
VAMPAMID 6 2028 V2 MF
PA6,
20% glass fibre reinforced,
UL-94 V2 halogen free
TERMINAL BLOCKS
VAMPAMID 66 0024 V0
PA66, unfilled,
UL-94 VO
halogen free
CONTACTOR
VAMPAMID 6 2028 VO
PA6,
20% glass fibre reinforced,
UL-94 VO halogen free
INDUSTRIAL SWITCH
VAMPAMID 66 3028 V0
PA6,
30% glass fibre reinforced
halogen free
CHANNEL CONNECTOR
VAMPLEN 0024 V0 A
PP, unfilled,
UL-94 VO halogen free
CIRCUIT BREAKER
VAMPAMID 66 3028 V0 HF
PA66,
30% glass fibre reinforced,
UL-94 V0 halogen free

10. E-Mobility
Lowering CO2 emission level of car fleets is today a mandatory target for automotive industry; light weighting,
aerodynamics improvements and motor electrification are some of the most important solutions to achieve
the challenging requirements of the new Regulations. In addition, electric vehicles can also offer a very high
standard of driving experience, with very low noise and outstanding performances in acceleration and torque.
Nonetheless, electrification and metal substitution are bringing new challenges for plastic components.
- Flame retardancy: high voltages, increasing number of connections and control electronics, inherently
flammability of some chemicals are some of the factors that increase the potential risk of fire; external re-
charging of BEV and PHEV represents an additional concern.
- Thermal conductivity: metal substitution with plastic can lead sometime to thermal conductivity issues;
VAMP TECH can offer Thermal conductive grades and the experience to support part designers in finding the
right solution to thermal management problems.
- EMI shielding: increasing deployment of control electronics in vehicles is leading to a growing necessity
of protecting them from Electro Magnetic Interference. VAMP TECH can supply ready-to-mold solutions that
allow designers to integrate those systems and avoid costly secondary operations. Due to the high knowledge
in flame retardant chemistry, VAMP TECH can supply flame retardant EMI shielding formulations.

11. FLAME RETARDANT PRODUCT PORTFOLIO
GRADE Material type Flammability
rating
Halogen
free
Impact
resistance
Dimensional
stability
Heat
resistance
Chemical
resistance
Colorability
VAMPLEN 0024 V0 C PP V0 YES Good High YES
VAMPLEN 2528 V0 CB PP GF25 V0 YES High YES
VAMPAMID 66 0024 V0 PA66 V0 YES Good YES
VAMPAMID 66 3555 V0 PA66 (MD+GF) 35 V0 YES Good High Good YES
VAMPAMID 66 3028 V0 PA66 GF30 V0 YES Good YES
VAMPAMID 66 5030
V0 P
PA66 GF50 V0 YES* Good Good High Good NO
VAMPTER 4554 V0 60 PBT (MD+GF) 45 V0 NO High High YES
VAMPTER 3028 V0 PBT GF30 V0 YES High YES
VAMPTER Q 3026 V0 PBT/ASA GF30 V0 NO Good High Good YES
VAMPAMID HT 3028 V0 PPA GF30 V0 YES Good High High High YES
THERMALLY CONDUCTIVE GRADES
GRADE Material
type
Thermal conductivity
(in plane/through plane)
W/m*k
Electrical
cundictivity
Density Continuos use
temperature
Tensile properties
(TS/elongation)
Impact
strength
(NI/UI)
Flammability
rating
DENITHERM
N 12TC2 03
PA6 5/0,8 NO 1,73 120 50/1,0 2/10 NR
DENITHERM
N 8TC3 03
PA6 4/0,7 NO 1,39 120 60/1,2 2,5/15 NR
VAMPTHERM
N 8TC3 03 V0 26
PA6 4/0,7 NO 1,58 120 55/0,8 2,5/8 V0/1,6 HAL
DENITHERM N
14TC6 01
PA6 1,5/1,0 NO 2,20 120 80/1,5 3,0/30 NR
DENITHERM
B 12TC1 04
PBT 10/2 SI 1,65 120 45/0,7 2/8 NR
DENITHERM
N 12TC1 04
PA6 12/1,8 SI 1,55 120 60/0,7 2/9 NR
DENITHERM
N 7TC1 04
PA6 14/1,6 SI 1,35 120 60/1 2/9 NR
VAMPTHERM
P 12TC5 01 V0 28
PP 0,9/0,8 NO 1,45 70 10/1,5 10/50 V0/3,2 HF
VAMPTHERM
F 12TC8 01
PPS 0,5/0,4 NO 1,87 200 2,5/10 V0/1,6 HF
EMI SHIELDING GRADES
GRADE Material type Density Tensile properties
(TS/elongation)
Impact
strength
(NI/UI)
Flammability
rating
(3,2mm/1,6mm)
HDT
(1,8 MPa)
VAMPSTAT
N 35GS 11 V0 28
PA6, Glass+ steel fibre reinforced, halogen free 1,50 102/1,7 7,3/45 V0/V0 198
VAMPSTAT
N 35GS 11 V0 26
PA6, Glass+ steel fibre reinforced, halogenated 1,63 105/1,4 6,5/30 V0/V1 201
VAMPSTAT
O 27GS 03 V0 28
PPOm, Glass+ steel fibre reinforced, halogen free 1,35 64/1,7 7,2/20 V1/NR 100
VAMPSTAT
Y 15S 02 V0 26
PA66, Steel fibre reinforced, halogenated 1,52 50/>5 5/50 V0/V0 80
VAMPSTAT
Y 30GS 02 V0 26
PA66, Glass+ steel fibre reinforced, halogenated,
ATO free
1,70 60/1,5 4,2/23 V0/V0 190

12. Public Transportation
The public transport industry is a major actor in redefining mobility and taking environmental issues into account;
actually, public transport is considered to be the most reliable long-term solution to reduce pollution. Thus, in the last
years a huge attention has been placed in increasing the level of safety and service corresponding to the height of this
mission. Today, all materials used in rail vehicles must follow the EN 45545-2 standard in order to achieve the highest
level of safety possible in the event of a fire; the standard affects high speed trains as well as regional and urban rail
vehicles. VAMP TECH has developed along the years a portfolio of solutions that covers the main product requirement
classes with the highest Hazard levels:
- R1 for interior surfaces
- R6 for seats and shells
- R21 for Upholstery assembly for seats
- R22/23 for interior seals, chock and coils, supply line system devices, small scale materials.
Changes in regulations have also involved fire safety requirements for buses, that used to be rather low in the past,
and mainly related to horizontal burning tests. With the new regulation ECE R 118, now the following requirements has
to be met:
- Horizontal flame propagation (as per Annex 6)
- Dripping tests for ceilings (as per Annex 7)
- Vertical burning tests (as per Annex 8)

13. COMPLIANT TO EN 45545-2
Material Description R1 R6 R21 R22 R23
VAMPLEN 0024 V0 C E PP, unfilled, UL-94 V0 halogen free, extrusione grade HL3 HL3
VAMPLEN 0024 V0 PP, unfilled, Ul 94 V0 halogen free HL3
VAMPLEN 2528 V0 PP, glass fibre reinforced, UL-94 V0 halogen free HL2 HL3 HL3
VAMPALLOY 0024 V0 12 LSFT PC/ABS, unfilled, UL-94 V0 halogen free HL3 HL2 HL3
VAMPALLOY 1527 V0 PC/ABS, mineral filled, UL-94 V0 halogen free HL3 HL3
VAMPAMID 6 0024 V0 PA6, unfilled, UL-94 V0 halogen free HL3 HL3
VAMPAMID 6 3028 V0 PA6, glass fibre reinforced, UL-94 V0 halogen free HL2 HL2
VAMPAMID 66 3028 V0 PA66, glass fibre reinforced, UL-94 V0 halogen free HL3 HL3
VAMPAMID 66 3028 V0 HF PA66, glass fibre reinforced, UL-94 V0 halogen free HL3 HL3
VAMPAMID HT 3028 V0 PPA, glass fibre reinforced, UL-94 V0 halogen free HL3 HL3
VAMPCARB U 0024 V0 PC based blend, UL-94 V0 halogen free HL2
COMPLIANT TO ECE R 118
Material Description Annex 6 Annex 7 Annex 8
VAMPLEN 0024 V0 C PP, unfilled, UL-94 V0 halogen free < 100 mm/min Compliant < 100 mm/min
VAMPLEN 0024 V2 LBC GW C PP, unfilled, UL-94 V2 halogen free < 100 mm/min Compliant < 100 mm/min
ELECTRIC SWITCHES
VAMPAMID 6 3028 VO
PA6,
30% glass fibre reinforced
halogen free
TRAIN SEATS
VAMPLEN 2528 V0 CB - PP, 25% glass fibre reinforced, UL-94 VO halogen free
VAMPLEN 0024 VO - PP, unfilled, UL-94 VO halogen free

14. Building & Extrusion
Although plastics are not always visible in buildings, they are used in a wide range of applications, inclu-
ding insulation, piping, window frames and interior design. Thermoplastic based compounds offer some
unique features, like resistance to corrosion, durability, insulation, cost efficiency and fire resistance.
VAMP TECH can offer different solutions for building applications, thanks also to different approvals and
certifications achieved by its main grades (German B1 classification, French classification M1 and M2 class)

15. CERTIFIED GRADES FOR BUILDING SECTOR
GRADE Material type Certification Density Vicat B HDT A
Tensile
Strength
Tensile
Modulus
Impact
strength
(NI/UI)
VAMPLEN
0023 V2 C B1 DB
PP, unfilled, UL-94 V2
halogenated
B1 (DIN 4102-1) 0,95 70°C 50°C 15 MPa 1000 MPa 7 / NB
VAMPAMID
6 0024 V0
PA6, unfilled, UL-94 V0
halogen free
B1 (DIN 4102-1) 1,17 200°C 70°C 60 MPa 3200 MPa 4,5 / NB
VAMPALLOY
0024 V0 13
PC/ASB, unfilled, UL-94
V0 halogen free
M1 (UN 23.727-90) 1,19 130°C 110°C 50 MPa 2500 MPa 35 / NB
VAMPLEN
1026 V0 CB
PP, 10% glass reinforced,
UL-94 V0 halogenated
M2 (UN 23.727-90) 1,36 120°C 130°C 40 MPa 3500 MPa 4 / 15
CORRUGATED PIPES
VAMPLEN 0024 V0 C E
PPc, unfilled, UL-94 V0,
halogen free
CABLE CHANNEL
PVC substitution
VAMPALLOY 1527 V0,
halogen fre
CORRUGATED PIPES
High mechanical requirements
VAMPAMID 6 0024 V0 E TDB
PA6, unfilled, UL-94V0,
halogen free
SWITCH BOX
VAMPLEN 0024 V2 LBC GW
PP, unfilled, UL-94V2,
halogen free
JUNCTION BOXES
VAMPLEN 0024 V2 LBC GW
PP, unfilled, UL-94 V2,
halogen free
SMOOTH PIPES
VAMPALLOY 0024
V0 12 E LSFT
PC/ABS blend, unfilled,
UL-94 VO, halogen free

16. VAMPTECH Malaysia
1185, Solok Perindustrian Bukit Minyak,
Taman Perindustrian Bukit Mintak,
14100 Simpang Ampat, Penang, Malaysia
+60 42023121
VAMP TECH SPA
Via delle Industrie, 10/12 - 20874 Busnago (MB) Italia
+39 039 6957821 +39 039 6820563/ 6956388
vamptech.com
Since 1988
Advanced Modified Polymers