Molecular Models – Central Science Supplies

MOLECULAR MODEL, GRAPHITE

adminbenscience — Tue, 13 Oct 2026 15:57:32 +0000

Ideal for demonstrate diamond molecular structure.
Material : Plastic
Consist of 57 plastic balls with 5 holes, 69 medium connectors (grey), and 14 long connectors (purple) represents as carbon atoms and
bonds

All parts are packed in a plastic box for storage while not in use

Complete with manual instruction

Dimension :(L) 23.20 x (W) 17.00 x (H) 3.50 cm
Weight :0.480 kg

MOLECULAR MODEL

adminbenscience — Tue, 13 Oct 2026 15:55:33 +0000

Can be used to explain elementary organic and inorganic compound structures.

Overall size : 23 x 17 x 3.5 cm
Material : Plastic
Showing different bonding types

It contains different color balls indicating different atoms
All of the parts fit neatly into plastic storage box
Complete with manual instruction

Consist of :
1. Carbon Black 13 pcs
2. Hydrogen White 26 pcs
3. Sulphur Yellow 1 pc
4. Nitrogen Blue 3 pcs
5. Oxygen Red 13 pcs
6. Halogen Green 6 pcs
7. Medium connector Grey 26 pcs
8. Long flexible connector Grey 12 pcs
9. Short connector White 34 pcs

Dimension: (L) 23.00 x (W) 17.00 x (H) 3.50 cm
Weight :0.500 kg

MOLECULAR MODEL, FULLERENE C-60

adminbenscience — Tue, 13 Oct 2026 15:47:08 +0000

Ideal for demonstrate fulleren (C-60) molecular structure.
Material : plastic.
Consist of 60 plastic balls with 4 holes and 90 medium connectors, represents as carbon atoms and bonds.
All parts are packed in a plastic box for storage while not in use.

Complete with manual instruction.
Dimension :(L) 23.50 x (W) 17.00 x (H) 7.00 cm
Weight :0.700 kg

INORGANIC ORGANIC TEACHER KIT

adminbenscience — Tue, 13 Oct 2026 15:46:05 +0000

Designed to make a wide range of open type models, such as amines, inorganic acids, metal oxides and simple organic structures.
Spheres: 4 metal (1 hole), 3 metal (2 holes), 2 metal (3 holes), 4 metal (4 holes), 1 metal (6 holes), 14 carbon (4 holes), 6 carbon (5 holes), 12 hydrogen (1 holes), 2 hydrogen (2 holes), 6 nitrogen (4 holes), 4 nitrogen (3 holes), 13 oxygen (2 holes), 4 oxygen (4 holes), 5 oxygen (1 holes), 8 sulphur (2 holes), 4 sulphur (4 holes), 1 sulphur (6 holes), 4 phosphorus (4 holes), 1 phosphorus (5 holes), 2 phosphorus (3 holes) and 8 halogen (1 holes).

Links: 38 grey medium, 12 purple medium, 36 long flexible. Atomic orbitals: 6 pink unhybridised p-lobes, 6 purple unhybridised p-lobes, and 6 lone pair of electrons lobes.

ADVANCE CHEMISTRY KIT

adminbenscience — Tue, 13 Oct 2026 15:44:48 +0000

18 hydrogen (l), 8 carbon (lV), 7 oxygen (ll, lV), 4 nitrogen (lll, lV), 6 chlorine (l), 6 fluorine (l), 3 sulphur (ll, lV, Vl), 2 boron (lll, lV), 4 phosphorus (lll, lV, V, Vl), 6 metal (ll, lll, lV,Vl), 3 lone pair 3D lobes (beige) Links: 26 medium (grey), 5 medium (purple), 12 long flexible (grey)

MOLECULAR MODEL ORBIT SYSTEM, BASIC

adminbenscience — Tue, 13 Oct 2026 15:44:40 +0000

Showing different bonding types. Can be used to explain organic and inorganic compound structures, including crystal structures. It contains different
color balls with different quantity of legs, indicating different atoms.

Material : plastic.
All of the parts fit neatly into compartmentalized box.
Complete with manual instruction.
Set of Molecular Model Orbit System, consist of :

1 Oxygen Type a Red 15pcs Legs 1pc
2 Halogen Type a Green 15pcs Legs 1pc
3 Hydrogen Type a White 120pcs Legs 1pc
4 Hydgrogen Type b White 50pcs Legs 2pc
5 Sulphur Type c Yellow 25pcs Legs 2pc
6 Oxygen Type d Red 30pcs Legs 2
7 Carbon Type j Black 50pcs Legs 3pcs
8 Nitrogen Type j Blue 15pcs Legs 3pcs
9 Carbon Type k Black 78pcs Legs 4pcs
10 Nitrogen Type k Blue 5pcs Legs 4pcs
11 Oxygen Type k Red 21pcs Legs 4pcs
12 Sulphur Type k Yellow 5pcs Legs 4pcs
13 Halogen Type l Green 30pcs Legs 6pcs
14 Metal Type l Grey 30pcs Legs 6pcs
15 Metal Type q6 Grey 40pcs Legs 6pcs (reel shape)
16 Metal Type q3 Grey 80pcs Legs 3pcs
17 Bonding pegs x Translucent 10pcs Legs 1pc
18 Plastic straw 4 x 210 mm Grey 3
19 Plastic straw 4 x 210 mm Green 5
20 Plastic straw 4 x 210 mm Red 3
21 Plastic straw 4 x 210 mm White 5
22 Plastic straw 4 x 120 mm Clear 3
23 Plastic straw 4 x 35 mm Green 350
24 Plastic straw 4 x 20 mm Green 140
25 Plastic straw 4 x 35 mm White 45
26 Plastic straw 4 x 50 mm White 30

Dimension :(L) 31.00 x (W) 22.50 x (H) 4.50 cm
Weight :0.600 kg

ORGANIC TEACHER KIT

adminbenscience — Tue, 13 Oct 2026 15:42:32 +0000

The TEACHER organic set can be used to make any number of simple molecules and is designed for those needing to make many models, such as teachers and lecturers.
The atom parts are made of solid plastic spheres and are available with from 1 – 6 holes in the usual angular orientations.
The contents are contained within a sturdy plastic storage box.
The contents of the organic teacher set include;
Atoms:
? 24 carbon atoms (black, 4 hole, tetrahedral)
? 6 carbon atoms (black, 5 hole, trigonal bipyramidal)
? 2 carbon atoms (black, 2 hole, linear)
? 6 carbon atoms (black, 3 hole, trigonal)
? 12 oxygen atoms (red, 2 hole, angular)
? 40 hydrogen atoms (white, 1 hole)
? 4 nitrogen atoms (blue, 4 hole, tetrahedral)
? 1 sulfur atom (yellow, 4 holes, tetrahedral)
? 1 sulfur atom (yellow, 2 holes, angular)
? 4 phosphorus atoms (purple, 4 hole, tetrahedral)
? 8 halogen atoms (green, 1 hole)
? 2 metal atoms (grey, 1 hole)
? 1 metal atom (grey, 2 holes, angular)
Bonds:
? 55 medium links (grey, single bonds)
? 25 long flexible links (grey, double/triple bonds)
? 60 short links (white, all bond types)
? 6 pink unhybridised p-lobes, 6 purple unhybridised p-lobes and 6 lone pair of electrons lobes.
Tool:
? 1 tool (used for disassembling models containing short link bonds)

VIBRATING ATOM KIT

adminbenscience — Tue, 13 Oct 2026 15:28:54 +0000

This vibrating atom model from Molymod visually demonstrates how atoms making up a solid (e.g. a crystal) are held together by spring-like forces.
Hold the model at arm?s length and shake lightly, and pupils will see the individual atoms vibrate and move independently due to the springs holding them together. They will aso notice that they remain in the same formation within the model, as they do in a solid.
Best used for demonstration purposes due to the ease with which the springs can be bent or misplaced.
Comprises 9 white ball atoms arranged in a 3 x 3 x 3 lattice, connected by 54 springs.
Dimensions: 185 x 185 x 185 mm

CARBON NANOTUBE MODEL

adminbenscience — Tue, 13 Oct 2026 15:06:34 +0000

Carbon nanotubes are currently one of the most intensively studied nanomaterials with their unique molecular structure resulting in several potential exciting applications in current day nanoscience.
Using this kit you can make a graphene sheet, carbon nanotube, carbon 60 (buckyball) and related structures with up to 260 carbon atoms.
Instructions show how the carbon atoms can be arranged to illustrate the different symmetries of carbon rings in the nanotube to create the chair, zigzag and chiral structures.
The kit uses the Minit molecular building system and contains 260 atoms to make a nanotube model 50cm long.

CARBON 60 MODEL

adminbenscience — Tue, 13 Oct 2026 14:58:13 +0000

Carbon 60 is the nearly spherical football-shaped molecule consisting of 60 carbon atoms. It is also known as the Buckyball and is the most stable example of the fullerenes.
This Colourwave model kit shows the highly symmetrical structure of Carbon 60. It is composed of 12 pentagons and 20 hexagons with alternating double and single bonds illustrated by different colour tubes in the model.
Part of the Orbit Colourwave series, the model is easy to assemble and robust with sufficient atoms to see the relationships between structure and physical properties. Different coloured tubes illustrate the different the types of bonding